Mixer Faucet

A mixer faucet includes a faucet fixed to a fixing board in a wall and a temperature control valve is connected to the temperature control valve seat. Two check valves are connected to the check valve seats of the cold and hot water paths of the faucet. An indication board is connected to the faucet and seals an installation hole in the wall. The indication board has two access holes which are located corresponding to the check valves. The check valve seats each have a reception recess and the two respective reception recesses are oriented inclinedly and outward. A water inlet is defined between each of the reception recesses and an installation recess of each of the temperature control valve seats. The faucet can be made by way of forging and machined after being forged. The maintenance to the check valves is convenient.

GAS METERING DEVICE WITH SPRING LOADING DEVICE HAVING SERIALLY ARRANGED SPRINGS

A gas metering valve () having at least one valve seat () and at least one closure member () which can be pressed against the valve seat, the closure member in a maximum open position is raised at least in regions from the valve seat () and in a maximum closed position is pressed against the valve seat. The gas metering valve () has an adjusting device () which is spring-loaded by a spring loading device () of the gas metering valve () for adjusting the closure member () in a closing direction () from the maximum open position into the maximum closed position. The spring loading device () of the adjusting device (), preferably when viewed in the closing direction (), has at least two spring bodies () which are connected mechanically in series, the spring bodies () have elastic characteristics which are different from each other. 1. A gas metering valve comprising: at least one valve seat and at least one closure member which can be pressed against the valve seat , the closure member in a maximum open position is raised at least in regions from the valve seat and in a maximum closed position is pressed against the valve seat , an adjusting device is spring-loaded by a spring loading device for adjusting the closure member in a closing direction from the maximum open position into the maximum closed position , the spring loading device of the adjusting device has at least two spring bodies which are connected mechanically in series , the spring bodies have elastic characteristics which are different from each other.2. The gas metering valve as claimed in claim 1 , wherein the adjusting device claim 1 , upon adjusting the closure member in the closing direction is movable along a closing path claim 1 , at least one of the spring bodies is configured to be more flexible and acts at least primarily on a first partial path of the closing path and at least one other of the spring bodies is configured to be more rigid than the more flexible spring body and acts at least ...

HEATING SYSTEM

A heating system can include certain pressure sensitive features. These features can be configured to change from a first position to a second position based on a pressure of a fuel flowing into the feature. These features can include, fuel selector valves, pressure regulators, burner nozzles, and oxygen depletion sensor nozzles, among other features.

METHOD AND APPARATUS FOR CONTROLLING IRRIGATION

The invention comprises devices and methods for providing operational power to a solar-powered irrigation control system. In one aspect, a method includes producing electrical energy from light, storing the electrical energy in a capacitive module, and operating an irrigation controller using the stored electrical energy independent of another power source. In another aspect, a device includes a control system comprising a computer having a programmed irrigation schedule which operates at least one irrigation device, a photovoltaic power module, and a capacitive module connected to said photovoltaic power module to store the electrical energy provided by the photovoltaic power module, where the capacitive module provides power for the control system to operate the at least one irrigation device independent of another power source. 1. An irrigation controller , comprising: a photovoltaic power module, and', 'a power storage device operable to store electrical energy generated by said photovoltaic power module;, 'a power system for providing electrical energy, comprising'} a communication module;', 'a timing component to provide a real-time clock time signal; and, 'a control system housed with said power system, the control system having an interface comprising one or more controls and configured to accept operational information, the control system comprising'} operate at least one irrigation flow device based at least in part on said operational information and said time signal, said computer further operable to monitor a voltage level of said power storage device,', 'operate said communication module in an activated state when said monitored voltage level is at or above a communication module voltage threshold level, and operate said communication module in a deactivated state when said monitored voltage level is below the communication module voltage threshold level,', 'perform an orderly shutdown of said control system when said monitored voltage level falls ...

FLOW CONTROL VALVE

A flow control valve includes a valve inlet configured to receive a fluid, a valve outlet configured to output the fluid, and a valve member assembly for controlling the fluid flow through the flow control valve. The valve member assembly and the valve inlet are configured such that, when in use, fluid flowing through the flow control valve exerts substantially no net force on the valve member assembly. 1. A flow control valve comprising:a valve inlet configured to receive a fluid;a valve outlet configured to output the fluid; anda valve member assembly for controlling the fluid flow through the flow control valve;wherein the valve member assembly and the valve inlet are configured such that, when in use, fluid flowing through the flow control valve exerts substantially no net force on the valve member assembly.2. The flow control valve of claim 1 , wherein the valve member assembly comprises a first valve member configured to engage with a first valve seat in a closed position of the flow control valve and a second valve member configured to engage with a second claim 1 , separate claim 1 , valve seat in the closed position of the flow control valve claim 1 , wherein the first valve member is arranged to be urged closed by fluid entering through the valve inlet and the second valve member is arranged to be urged open by fluid entering through the valve inlet.3. The flow control valve of claim 2 , wherein the valve inlet is located between the first valve member and the second valve member.4. The flow control valve of claim 3 , wherein the valve inlet opens into a valve inlet chamber defined by a chamber wall having a first valve outlet and a second valve outlet formed therein.5. The flow control valve of claim 4 , wherein the first valve seat is associated with the first valve outlet and the second valve seat is associated with the second valve outlet.6. The flow control valve of claim 4 , wherein the first and second valve outlets are of similar size.7. The flow ...

INSERT FOR COMMEMORATIVE AIR-CAPTURING KEEPSAKE

A closed container having an interior at subatmospheric pressure is provided with an insert having top and bottom telescoped sleeves defining a closed chamber. The bottom sleeve has a bottom wall formed with a hole exposed at or through the container to ambient air at ambient pressure. The top sleeve is movable relative to the bottom sleeve between a raised position standing up from the bottom sleeve and a lowered position nested with the bottom sleeve. Latch elements connected between the sleeves are operable from outside the container between a latching position engaged together and preventing the top sleeve from moving into the raised position and a disengaged position permitting such movement. Thus, when the latch elements are moved out of the engaged position, the top sleeve moves into the raised position and air is aspirated through the hole into the chamber. 1. In combination with a closed container , an insert comprising:a bottom sleeve fixed in the container and having a bottom wall formed with a hole exposed at or through the container to ambient air at ambient pressure outside the container;a top sleeve telescoped with the bottom sleeve, forming therewith a chamber closed except at the hole, and movable relative to the bottom sleeve between a raised position standing up from the bottom sleeve and a lowered position nested with the bottom sleeve;means urging the top sleeve into the raised position;top and bottom latch elements connected between the sleeves and operable from outside the container between a latching position engaged together and preventing the top sleeve from moving into the raised position and a disengaged position permitting such movement, whereby, when the latch elements are moved out of the engaged position, the top sleeve moves into the raised position and air is aspirated through the hole into the chamber.2. The insert defined in claim 1 , further comprising:a check valve at the hole only allowing air to pass through the hole into the ...

Piston-Type Flushometer Valve

A main valve seat surface for engaging the piston, an outer sidewall, and an inner sidewall defining a flow passage with a first opening and an second opening, the flow passage having a reduced diameter portion. 1. A flush valve system comprising:a hollow valve body having an inlet, an outlet, and a main valve seat there between;a piston assembly movable within the hollow valve body and configured to seat upon the main valve seat to seal the inlet from the outlet;an upper pressure chamber positioned above the piston assembly within the hollow valve body, the upper pressure chamber in fluid communication with an interior of the piston assembly;a relief valve positioned within the piston assembly, the relief valve sealing the upper pressure chamber and interior of the piston assembly from the outlet;the main valve seat having a main valve seat surface for engaging the piston, an outer sidewall, and an inner sidewall defining a flow passage with a piston-side opening and an outlet-side opening, the flow passage having a reduced diameter portion.2. The flush valve system of claim 1 , wherein the flow passage piston-side opening has a larger diameter than the reduced diameter portion.3. The flush valve system of claim 1 , wherein the flow passage comprises a first diameter adjacent the piston valve claim 1 , a second diameter defined by the reduced diameter portion claim 1 , and a third diameter adjacent the outlet claim 1 , the first diameter and third diameter being larger than the second diameter.4. The flush valve system of claim 1 , wherein the main valve seat comprises an upper ring claim 1 , a middle portion claim 1 , and a lower skirt and the middle portion defines the reduced diameter.5. The flush valve system of claim 1 , further comprising a counter bore on the main valve seat surface claim 1 , the counter bore circumscribing a portion of the flow passage.6. The flush valve system of claim 1 , further comprising an annular ridge on a valve seat surface of the ...

TACTICAL MANEUVERING OCEAN THERMAL ENERGY CONVERSION BUOY FOR OCEAN ACTIVITY SURVEILLANCE

A system includes a first jacket that contains seawater and a first tank storing a first fluid under pressure. A second jacket contains seawater and a second tank storing a second fluid under pressure. An actuator cylinder defines a space that receives the fluids from the first and second tanks. The actuator cylinder includes an actuator piston that divides the space into a first volume for the first fluid and a second volume for the second fluid. A hydraulic cylinder includes a hydraulic piston configured to move and change an amount of hydraulic fluid in the hydraulic cylinder, wherein the hydraulic piston is fixedly coupled to the actuator piston. A buoyancy plug changes a position in connection with the amount of the hydraulic fluid in the hydraulic cylinder, wherein the position of the buoyancy plug affects a buoyancy of a vehicle. 1. A system comprising:a first jacket comprising first and second ports, the first jacket configured to contain seawater and a first tank, the first tank configured to store a first fluid under pressure;a second jacket comprising third and fourth ports, the second jacket configured to contain seawater and a second tank, the second tank configured to store a second fluid under pressure;an actuator cylinder defining a space configured to receive the first fluid from the first tank and the second fluid from the second tank, the actuator cylinder comprising an actuator piston that divides the space into a first volume for the first fluid and a second volume for the second fluid;a hydraulic cylinder defining a space configured to receive a hydraulic fluid, the hydraulic cylinder comprising a hydraulic piston configured to move and change an amount of the hydraulic fluid in the hydraulic cylinder, wherein the hydraulic piston is fixedly coupled to the actuator piston; anda buoyancy plug configured to change a position in connection with the amount of the hydraulic fluid in the hydraulic cylinder, wherein the position of the buoyancy plug ...

LEVER FLOAT VALVE

A lever float valve comprising a float stem with a central vertical axis; a float body coupled to the float stem and rotatable relative to the central vertical axis of the float stem; a valve segment positioned within the float body and configured to pivot around a first axis perpendicular to the vertical axis; and a lever comprising a float arm and a float coupled to the valve segment and configured to pivot around a second axis perpendicular to the vertical axis. 1. A lever float valve comprising:a float stem with a central vertical axis;a float body coupled to the float stem and rotatable relative to the central vertical axis of the float stem;a valve segment positioned within the float body and configured to pivot around a first axis perpendicular to the vertical axis; anda lever comprising a float arm and a float coupled to the valve segment and configured to pivot around a second axis perpendicular to the vertical axis;wherein, in operation, the valve segment rotates around the first axis to open and close a first valve aperture and the lever rotates around a second axis to open and close a second valve aperture.2. The lever float valve of claim 1 , wherein the rotation of the valve segment is independent of the rotation of the lever.3. The lever float valve of claim 1 , wherein the first axis and the second axis are positioned within the float body.4. The lever float valve of claim 1 , wherein the lever float valve is configured to substantially stop the flow of fluid through the float stem when a fluid level in a tank reaches a predetermined height.5. The lever float valve of claim 1 , wherein the lever float valve is mountable in a stationary tank.6. The lever float valve of claim 1 , wherein the lever float valve is mountable in a movable tank.7. (canceled)8. The lever float valve of claim 1 , wherein claim 1 , in operation claim 1 , the first valve aperture and the second valve aperture are open when the fluid level is below a first predetermined level ...

Hidden Valve Technology

The invention allows the water service from the wall or floor of a building, specifically, the water shut off valve and water supply hose (and all connectors) that provides water to a toilet water holding tank that sits atop the toilet bowl and body, to be hidden in a channel, pocket or other recessed area of the toilet water holding tank. In another embodiment, the channel may proceed at least partially through or even adjacent to the toilet water holding tank and body with a bowl portion. 120-. (canceled)21. A toilet water holding tank which sits atop a toilet having a toilet body which includes a toilet bowl , comprising:a toilet tank having a front wall, a back wall and respective side walls, the tank having a rounded orthotope shape in which water is introduced into the tank through a water inlet opening formed in the tank and discharged from the tank through a water outlet in a base of the tank; and,a u-shaped recess formed in the back wall of the tank intermediate the width of the back wall and not adjacent either side wall of the tank, the recess having a base wall extending parallel to the back wall of the tank and opposed side walls extending parallel to the respective side walls of the tank, the recess extending the height of the tank so as to form a channel in the back wall of the tank, the size and shape of the channel being such that a water service for the toilet fits substantially within the recess and is concealed from view so as to improve the aesthetic appearance of the toilet while accommodating a water service connection to the toilet, wherein said water inlet opening is formed in the channel in the base wall of the recess at a height above that of the water outlet.22. The toilet water holding tank of wherein the width of the channel is uniform throughout the height of the tank.23. (canceled)24. (canceled)25. The toilet water holding tank of in which the water service includes a water fill valve and a water shut-off valve claim 21 , the water ...

BLEED VALVES FOR GAS TURBINE ENGINES

A bleed valve for a gas turbine engine compressor has a valve body and a flapper. The valve body defines a flow path and includes a flapper seat. The flow path extends through the valve body. The flapper is pivotally connected to the valve body and is movable between a closed position and an open position. In the closed position the flapper seats against the flapper seat and blocks the flow path. In the open position the flapper is angled towards the valve body inlet such that fluid moving through the valve body exerts force on the flapper, urging the flapper towards the closed position. 1. A bleed valve , comprising:a valve body defining a flow path and a flapper seat; anda flapper pivotally connected to the valve body and movable relative to the flapper seat between open and closed positions, wherein the flapper seats against the flapper seat and blocks the flow path in the closed position, wherein the flapper is angled toward an inlet of the valve body in the open position such that a pressure differential across the flapper urges the flapper towards the closed position.2. A bleed valve as recited in claim 1 , wherein the flapper seat extends about the flow path such that flapper completely occludes the flow path in the closed position.3. A bleed valve as recited in claim 1 , wherein the flapper seat defines a seating surface that is oblique relative to the flow path.4. A bleed valve as recited in claim 1 , wherein the flapper has a pressure surface that presents an area that is greater than an effective flow area of the flow path in the closed position.5. A bleed valve as recited in claim 1 , wherein the valve body has inlet and outlet ends claim 1 , wherein the flapper is pivotally coupled to the valve body at an end adjacent the outlet end.6. A bleed valve as recited in claim 1 , further including a spring coupled between the flapper and the valve body biasing the flapper toward the open position.7. A bleed valve as recited in claim 1 , further including a ...

WATER SAFETY SHUT-OFF VALVE

The present invention is a water conservation safety shut-off valve assembly for use on locations which normally have intermittent water usage but need to indicate when there is constant water usage, such as a leak. The valve assembly has a valve body with a fluid pathway and a valve plug held in an open position allowing water to flow through the pathway. As water flows through the pathway, a sensing device detects water flowing through the pathway and starts a timer. The valve closes the pathway, stopping the flow of water through the valve assembly when the time elapses. The valve assembly indicates whether the valve plug is in an open or closed position.

TRANSMISSION ELEMENT DEVICE FOR TWO-WAY TIMING

Transmission element device for two-way timing connected mechanically to the surface to be activated () of a timed apparatus operated by a controller (), the surface to be activated () is linearly movable against counter-force. The transmission element () has a transmission element brake cylinder () filled with operating medium. The inner space of the transmission element brake cylinder () is divided into a first chamber () and a second chamber () by a linearly moving transmission element piston () having a sealing element (). The transmission element piston () is provided with openings () for ensuring the flow of the operating medium between the two chambers () in an extent determined separately for each direction. The exit portion () of the transmission element () is in push contact with the surface to be activated (), while the transmission element piston () is fastened to the controller (). 11537151771921923925271921125115937. Transmission element device for two-way timing connected mechanically to a surface to be activated () of a timed apparatus operated by a controller () , the surface to be activated () is linearly movable against counter-force , characterized in that said transmission element () has a transmission element brake cylinder () filled with liquiform or gaseous operating medium , the inner space of said transmission element brake cylinder () is divided into a first chamber () and a second chamber () by means of a linearly moving transmission element piston () provided with a sealing element () , said transmission element piston () is provided with openings ( , ) for ensuring the flow of the operating medium between said first chamber () and said second chamber () in an extent (A , A) determined separately for each direction , the exit portion () of said transmission element () is in push contact with said surface to be activated () , while said transmission element piston () is structurally fastened to said controller ().235. Transmission element ...

HYDRAULIC SYSTEM AND METHOD FOR CONTROLLING THE SPEED AND PRESSURE OF A HYDRAULIC CYLINDER

A method for controlling a speed of a hydraulic cylinder () in a hydraulic system () is provided. The hydraulic system () may include a hydraulic cylinder () fluidly connected to a load-holding valve arrangement () including a first load-holding valve () connected to a first end () of the hydraulic cylinder () and a second load-holding valve () connected to a second end () of the hydraulic cylinder (). The hydraulic system () may further include a flow-control valve arrangement () comprising a directional flow-control valve () and at least one hydraulic pump (). 121234526728910. A method for controlling a speed and a pressure of a hydraulic cylinder () in a hydraulic system () comprising the hydraulic cylinder () fluidly connected to a load-holding valve arrangement () comprising a first load-holding valve () connected to a first end () of the hydraulic cylinder () and a second load-holding valve () connected to a second end () of the hydraulic cylinder () , a flow-control valve arrangement () comprising a directional flow-control valve () , and at least one hydraulic pump () , the method comprising:{'b': '2', 'inputting an extension speed or a retraction speed for the hydraulic cylinder () by an operator controller;'}{'b': '1', 'measuring a working pressure within the hydraulic system (); and'}{'b': 2', '3, 'measuring a speed of the hydraulic cylinder () or measuring a differential pressure over the load-holding valve arrangement (),'}{'b': 2', '3', '1', '2', '9', '4', '6, 'wherein responsive to detection of the measured working pressure and one of the speed of the hydraulic cylinder () or the differential pressure over the load-holding valve arrangement (), setting the hydraulic system () to operate in a first mode, a second mode, or a third mode, wherein the extension speed or the retraction speed of the hydraulic cylinder () is controlled by adjusting a position of the directional flow-control valve (), the first load-holding valve (), and the second load- ...

VALVE DEVICE FOR FUEL TANK

In a valve device for a fuel tank, a condition of blowing out a fuel to an outside of a fuel tank can be prevented as little as possible. The valve device includes a valve opening for communicating inside and outside of the fuel tank; a valve chamber formed below the valve opening; and a float disposed inside the valve chamber to be movable up and down, and the valve chamber has a structure of positioning an open end below a support portion of the float having a passage portion for a fluid. An orifice is formed in the support portion, and by a notch portion formed in the valve chamber, an entrance of an orifice-ventilation path communicating with the orifice is formed at a side lower than the support portion and at a side upper than the open end. 1. A valve device for a fuel tank , comprising:a valve opening for communicating inside and outside of a fuel tank;a valve chamber formed below the valve opening;a notch portion formed in the valve chamber;a float disposed inside the valve chamber to be movable up and down; anda support portion for the float having a passage portion for a fluid, and an orifice;wherein the valve chamber has an open end below the support portion, andan entrance of an orifice-ventilation path communicating with the orifice is formed by the notch portion at a side lower than the support portion and at a side upper than the open end.2. A valve device for a fuel tank according to claim 1 , wherein the valve chamber is arranged such that when a fuel liquid level inside the fuel tank is adapted to reach the open end of the valve chamber claim 1 , an internal pressure of the fuel tank rises so as to detect filling-up fuel feed by a sensor on a fuel-feed gun side claim 1 , and to allow additional fuel feed after a detection of the filling-up fuel feed until the fuel liquid level reaches the entrance of the orifice-ventilation path.3. A valve device for a fuel tank according to claim 2 , wherein the support portion includes two or more orifices claim ...

Pilot operated diaphragm fill valve and assembly for reducing hydrostatic shock

The fill valve and assembly provides an elongated cylindrical water supply tube and a valve seat disposed atop the water supply tube. The valve seat comprises a circular inner valve seat portion and a circular outer valve seat portion between which extend support structures in the form of a plurality of lands and spokes. A bridge is disposed in the center of the valve seat structure about the inner valve seat portion and atop the plurality of lands and spokes. A main diaphragm valve is disposed atop the valve seat structure such that the bridge is disposed between the valve seat structure and the main diaphragm valve. The present invention provides for a thinner and softer durometer EPDM material for the main diaphragm which is advantageous for improved function while the bridge prevents the thin section of the main diaphragm valve from being abraded or cut when high pressures try to push the diaphragm into the spokes.

AUTOMATIC EXCESS WATER FLOW SAVING SYSTEM

An automatic excess water flow saving system reduces the water loss by water outlets in houses and other water consuming installations. The system controls the water flow through an outlet by toggling the water flow rate. An actuator activates a timer which opens and closes a valve intermittently and continuously while a water outlet is open. 1. An automatic system for regulating water flow comprising:an actuator;a valve; anda timer;wherein the system is adapted to be installed on a water line;wherein the actuator activates the timer when a water outlet connected to the water line is opened; andwherein the timer causes the valve to open and close.2. The system of claim 1 , wherein the valve is a normally closed solenoid valve.3. The system of claim 2 , wherein the normally closed solenoid valve is modified with a bypass hole.4. The system of claim 1 , wherein the actuator comprises a proximity switch.5. The system of claim 1 , further comprising an enclosure box.6. The system of claim 5 , wherein the actuator claim 5 , the valve claim 5 , and the timer is contained in the enclosure box.7. The system of claim 1 , wherein the timer opens and closes the valve intermittently.8. The system of claim 7 , wherein the frequency at which the timer opens and closes the valve is adjustable.9. The system of claim 1 , further comprising a source for electricity.10. An actuator for an automatic system for regulating water flow comprising:a body;a proximity switch; anda proximity switch target;wherein the proximity switch target moves into a sensing region to turn on the proximity switch when a water outlet is opened.11. The actuator of claim 10 , wherein the proximity switch turns on a timer when the proximity switch is turned on.12. The actuator of claim 10 , wherein a spring positions the proximity switch target outside the sensing region of the proximity switch when the water outlet is closed.13. The actuator of claim 10 , wherein the actuator is adapted to be attached to a ...

LIQUID CAPTURE VALVE

A liquid capture valve may have a housing that physically contacts a lid and contains a floating member. The lid can have an inlet and an outlet with the outlet positioned at an apex of a sealing surface. The floating member can be configured to seal the outlet by contacting an outlet edge in response to the housing containing a predetermined volume of liquid. 1. An apparatus comprising a housing physically contacting a lid and containing a floating member , the lid having an inlet and an outlet , the outlet positioned at an apex of a sealing surface , the floating member configured to seal the outlet by contacting an outlet edge in response to the housing containing a predetermined volume of liquid.2. The apparatus of claim 1 , wherein the sealing surface is a single conical sidewall.3. The apparatus of claim 1 , wherein the inlet has a greater length and smaller diameter than the outlet.4. The apparatus of claim 1 , wherein a sealing member is positioned proximal the outlet.5. The apparatus of claim 4 , wherein the sealing member is an o-ring.6. The apparatus of claim 1 , wherein the lid has a protrusion providing a vertical sidewall that contacts a sidewall of the housing.7. The apparatus of claim 1 , wherein the vertical sidewall has a notch where a secondary sealing member is disposed between the housing and the lid to seal the housing.8. The apparatus of claim 1 , wherein the floating member is a sphere having a diameter bigger than a diameter of the outlet.9. The apparatus of claim 1 , wherein the liquid is water.10. A system comprising a housing connected in-line between a wellbore and a mudlogging device as part of a transmission assembly claim 1 , the housing physically contacting a lid and containing a floating member claim 1 , the lid having an inlet and an outlet claim 1 , the outlet positioned at an apex of a sealing surface claim 1 , the floating member configured to seal the outlet by contacting an outlet edge in response to the housing containing a ...

OPTIMIZED FLOW CONTROL FOR WATER INFRASTRUCTURE

Apparatuses, systems, and methods for optimizing and adjusting water usage are described. An example method may include receiving water usage data and determining a peaking factor for water usage. The peaking factor may be associated with water usage at a flow controller. A flow controller can control various types of water outlets, such as a water sprinkler for a residential home. The flow controller may be positioned along a main water supply to a property or home. The method may also include determining that the peaking factor passes a threshold water usage for the flow controller and adjusting a watering schedule of the flow controller based partly on the determination that the peaking factor passed the threshold water usage. 1. A method for optimizing water usage in a water infrastructure comprising:receiving by one or more flow controllers usage data corresponding to demand on the water infrastructure;adjusting by a processor a water usage schedule for one or more properties based on the usage data;activating by the one or more flow controllers one or more water outlets for the one or more properties based on the adjusted water usage schedule.2. The method of claim 1 , wherein the one or more water outlets comprise a plurality of sprinkler valves.3. The method of claim 1 , wherein the usage data comprises peak outdoor watering times for a geographic location.4. The method of claim 3 , wherein the usage data comprises water source levels fluidly connected to the water infrastructure claim 3 , expected growth in population served by the water infrastructure claim 3 , and historical usage data of the water infrastructure.5. A method for adjusting water usage in a water infrastructure comprising:receiving water usage data;determining a peaking factor for water usage, the peaking factor associated with water usage at one or more flow controllers;determining that the peaking factor passes a threshold water usage for the one or more flow controllers; andadjusting a ...

VIBRATION DAMPERS, SHUT-OFF VALVES, AND METHODS FOR FILLING VIBRATION DAMPERS

A vibration damper may be used in connection with a motor vehicle. The vibration damper may include a hydraulic device for damping vibrations. The vibration damper may also include at least one shut-off valve connected fluidically to the hydraulic device at the vibration damper. The shut-off valve may be capable of being connected fluidically to at least one of a pump or a filling apparatus for filling the vibration damper with hydraulic fluid. The shut-off valve may comprise a valve housing with a first connector for the pump, a second connector for the filling apparatus, and a third connector for the hydraulic device. 1. A vibration damper for a motor vehicle comprising:a hydraulic device for damping vibrations; and 'wherein the shut-off valve is connectable fluidically to at least one of a pump or a filling apparatus for filling the vibration damper with hydraulic fluid.', 'a shut-off valve connected fluidically to the hydraulic device,'}2. The vibration damper of wherein the shut-off valve comprises a valve housing with a first connector for the pump claim 1 , a second connector for the filling apparatus claim 1 , and a third connector for the hydraulic device.3. The vibration damper of wherein the shut-off valve comprises an adjustable shut-off element claim 1 , wherein in a closed position the adjustable shut-off element shuts off firstly a fluidic connection to the hydraulic device and secondly a fluidic connection to the at least one of the pump or the filling apparatus.4. The vibration damper of wherein the adjustable shut-off element comprises a shut-off plunger mounted in a valve housing of the shut-off valve such that the shut-off plunger is axially movable.5. The vibration damper of wherein a section of the shut-off plunger projects beyond the valve housing claim 4 , wherein a ring is connected coaxially to the section by way of a seal disposed on an inner circumference of the ring.6. The vibration damper of wherein the shut-off valve comprises a valve ...

Touchless, remotely activatable assembly for fluid flow regulation, related systems and methods

An assembly for controlling fluid flow between a fluid source and an outlet includes an electrically operable valve interposed between the fluid source and the outlet, the valve being actuatable between an open position and and a closed position; and an activator device comprising (i) a user-activatable sensor configured to detect a stimulus when the stimulus enters a detection zone, (ii) a transmitter configured to transmit a signal upon activation of the sensor by a user to a controller for actuating the valve, and (iii) an orientation detector configured to detect among at least two orientations of the activator device. When the activator device is in a first orientation, a zone of detection of the sensor may extend no farther than a predetermined distance from the sensor, and when the activator is in a second orientation, the zone of detection may extend farther than the predetermined distance from the sensor.

Water Purification And Dispensing System And Method

The invention provides a water purification and dispensing system, preferably for producing ultrapure water and offering the purified water at one or more dispensing sites in a desired volume. The water purification and dispensing system comprises a (closed) water recirculation loop including a water inlet for introducing water to be purified, pumping means for pumping water through said water recirculation loop in a flow direction, water purification means for purifying water downstream of said water inlet, a dispensing portion of the water recirculation loop including one or more outlet(s) for purified water branched from said water recirculation loop downstream of said water purification means, a first valve arranged between each outlet and said water recirculation loop, for controlled dispensing of the purified water from said recirculation loop through the respective outlet, a second valve arranged in said dispensing portion of the water recirculation loop downstream of said first valve(s) and upstream of said pumping means, a bypass passage branched from said water recirculation loop and bypassing said dispensing portion of the water recirculation loop including said first valve(s) and said second valve, and a third valve for controlling the flow rate through said bypass passage.

Fluid Distributor Valve And Water Purification And Dispensing System Using The Same

A fluid distributor valve () for repartitioning an inlet fluid stream (Z) into two outlet fluid streams (X, Y), comprising an inlet port (), two outlet ports (), a first and a second valve mechanism (), one arranged upstream each outlet port (), wherein each valve mechanism () comprises a valve body () slidable in a cylindrical valve bore () in reciprocating strokes through a valve shaft (), wherein the valve body () includes a first portion () that is formed with a progressively changing diameter so as to reduce a valve gap between the valve bore inner peripheral wall and the valve body outer peripheral wall at a plane (A, B) perpendicular to the stroke direction, in a regular operating range of the valve mechanism (), from a maximum valve gap to a minimum valve gap, to reduce or increase the flow rate through the gap towards the associated outlet port () upon the relative movement, and wherein at least one of the valve bodies () of the valve mechanisms (), preferably both, is/are formed such that the minimum valve gap is maintained at the end position of the stroke of the valve body () in the regular operating range. 1. A fluid distributor valve for repartitioning an inlet fluid stream (Z) into two outlet fluid streams (X , Y) , comprising:an inlet port;two outlet ports;a first and a second valve mechanism, one arranged upstream each outlet port;wherein each valve mechanism comprises a valve body slidable in a cylindrical valve bore in reciprocating strokes through a valve shaft, wherein the valve body includes a first portion that is formed with a progressively changing diameter so as to reduce a valve gap between the valve bore inner peripheral wall and the valve body outer peripheral wall at a plane (A, B) perpendicular to the stroke direction, in a regular operating range of the valve mechanism, from a maximum valve gap to a minimum valve gap, to reduce or increase the flow rate through the gap towards the associated outlet port upon the relative movement, ...

NORMALLY CLOSED VALVE HAVING A CLOSURE DELAY SYSTEM AND A METHOD THEREOF

A normally closed valve according to the invention comprises a closure delay system utilizing the effect of vacuum on a flexible suction cup to generate a force that keeps the valve open when in an open orientation for a preset time period. The valve further comprises a closure delay mechanism including an actuator shaft and a suction cup disposed in a cavity, being configured for downward reciprocating movement, wherein the suction cup engages the cavity top wall when the valve is in closed orientation thereby closing the valve, and adhering to a suction surface of the cavity when the actuator shaft moves under pressure for switching the valve from closed to open orientation thereby opening the valve. The suction cup automatically disengages the suction surface a preset time period after pressure ceases to be applied to the actuator shaft and reengages the cavity top wall thereby closing the valve. 1. A normally-closed valve having a closure delay system , comprising:a housing;a liquid inlet chamber defined in the housing including an inlet opening in an outside wall of the housing, a liquid outlet chamber defined in the housing having an outlet opening in the outside wall of the housing and a passage defined in the housing between the inlet chamber and the outlet chamber; anda cavity defined in the housing in flow communication with the inlet chamber, the outlet chamber and the passage when the valve is in an open orientation, the cavity comprising a bottom wall having a top suction surface and a cavity top wall;a closure delay mechanism comprising an actuator shaft having a lower portion and an upper portion, and a suction cup, the actuator shaft lower portion fixedly coupled to the suction cup and the suction cup being adapted and configured to open and close the passage;wherein the actuator shaft and the suction cup are disposed in the cavity being adapted and configured for longitudinally downward reciprocating movement of the actuator shaft and the suction ...

Faucet with Auto-Fill Feature

A kitchen faucet is provided that automatically fills a vessel up to a user-specified level without regard to a specific volume. The faucet illustratively includes a faucet body and a spray head that can be detached from the faucet body, such as a pull-down or pull-out faucet. The faucet illustratively includes a user interface for setting the level at which to fill the vessel (e.g., 20%, 40%, 75%, etc.). The spray head illustratively includes sensor(s) to determine a water level in the vessel in relation to its top edge. This allows a vessel to be filled to a user-specified level regardless of the vessel shape or size. 1. A faucet comprising:a faucet body;a spray head configured to dispense water generally along a dispensing axis, wherein the spray head is movable with respect to the faucet body;an interface configured to set a user-specified level at which a vessel will be filled, wherein the user-specified level is identified on the interface as a level of a vessel to be filled without regard to a specific fluid volume;an electronic valve configured to control flow through the spray head; anda controller configured to control the electronic valve to fill the vessel to the user-specified level.2. The faucet of claim 1 , wherein the user-specified level is identified as a fill level with respect to a top edge of the vessel.3. The faucet of claim 2 , wherein the user-specified level is represented as a percentage.4. The faucet of claim 2 , further comprising at least one electronic sensor in electrical communication with the controller that is configured to detect the fill level with respect to the top edge of the vessel.5. The faucet of claim 4 , wherein the at least one electronic sensor is movable concomitant with the spray head.6. The faucet of claim 5 , wherein the at least one electronic sensor is integral with the spray head.7. The faucet of claim 1 , further comprising a laser guide associated with the spray head for generating a laser beam in a direction ...

Shut Off Valve

A refuelling coupling having a shut off valve for a refuelling system has an annular member equipped with a connector for a pressure refuelling nozzle. A main sleeve extends down from the annular member within the skirt. The sleeve has an annular valve seat and a circular cylindrical distal end section. The seat has a conical face facing obliquely inwards and downwards. Below the valve seat, a plurality of peripherally arranged openings are provided in the end section. An end cap is screwed on across the very end of the lower portion, closing it with ports in the end cap. It also has an inner sleeve extending back up centrally to the level of the valve seat. The end cap is open inwards of the inner sleeve. 118-. (canceled)20. A refuelling coupling having a shut off valve according to claim 19 , wherein the annular piston has an annular groove in its underside and inlets to the groove in its top side.21. A refuelling coupling having a shut off valve according to claim 20 , wherein the inlets are provided in at least one metering component claim 20 , preferably a metering plate secured to the top side of the annular piston claim 20 , the or each meter component having at least one aperture for arranged to provide a pressure drop in fuel flowing through it into a respective one of the inlets.22. A refuelling coupling having a shut off valve according to claim 19 , wherein the primary sleeve is a compound member having:an upper portion secured to the annular member and,a lower portion having the annular seat.23. A refuelling coupling having a shut off valve according to claim 19 , wherein the annular seat is conical claim 19 , facing obliquely inwards and downwards.25. A refuelling coupling having a shut off valve according to claim 23 , wherein the secondary sleeve extends within the inner sleeve.26. A refuelling coupling having a shut off valve according to claim 24 , including springs for urging the plug into its closed position.27. A refuelling coupling having a ...

AUTOFILL SHUTOFF VALVE

An autofill shutoff valve includes a valve body mounted to a lubricant reservoir and secured to a fill tube extending into the reservoir. The autofill shutoff valve has a valve stem extending through the valve body and into the lubricant reservoir. The valve stem is actuated by a plate disposed within the reservoir from a first position, wherein lubricant flows from a lubricant inlet to a lubricant outlet through the valve body, to a second position, wherein the valve stem blocks the flow of lubricant through the valve body. The autofill shutoff valve provides lubricant directly to the reservoir, thereby eliminating external plumbing and the autofill shutoff valve also prevents overfill of the reservoir by cutting off the flow when the reservoir is full. 1. A lubricant reservoir comprising:a housing defining the reservoir;a reservoir inlet extending through a top of the housing;an actuator disposed within the housing and dividing the housing into an upper portion and a lower portion, wherein the actuator is configured to shift upwards in response to a rising lubricant level within the lower portion; and a valve body;', 'a lubricant flowpath extending through the valve body;', 'a lubricant inlet extending into the valve body and connected to the lubricant flowpath;', 'a first lubricant outlet extending into the valve body and connected to the lubricant flowpath, wherein the first lubricant outlet is disposed adjacent the housing and is configured to provide lubricant directly to the housing; and', 'a valve stem extending through the lubricant flowpath between the lubricant inlet and the lubricant outlet, wherein the valve stem is movable between a first position, corresponding to a refill state, and a second position, corresponding to a filled state;, 'an autofill shutoff valve disposed on the housing, wherein the autofill shutoff valve compriseswherein the valve stem allows lubricant to flow from the lubricant inlet to the first lubricant outlet when the valve stem ...

MAINTENANCE UNIT FOR AN INBOARD MARINE ENGINE

A service unit including a vessel defining a chamber configured to receive fluid. A first conduit is coupled to the vessel and is in fluid communication with the chamber. The first conduit defines an inlet. A second conduit is coupled to the vessel and is in fluid communication with the chamber. The second conduit defines an outlet. The first conduit, the chamber, and the second conduit define a fluid passageway, and the fluid is unpressurized when in the chamber. 1. A service unit comprising:a vessel defining a chamber configured to receive fluid;a first conduit coupled to the vessel and in fluid communication with the chamber, the first conduit defining an inlet; anda second conduit coupled to the vessel and in fluid communication with the chamber, the second conduit defining an outlet;wherein the first conduit, the chamber, and the second conduit define a fluid passageway;wherein the fluid is unpressurized when in the chamber.2. The service unit of further comprising a valve coupled to the first conduit and positioned within the chamber claim 1 , the valve configured to prevent the fluid from entering the chamber when a predetermined amount of fluid is reached within the chamber.3. The service unit of claim 1 , wherein each of the first and the second conduits includes a flow control valve that is configured to selectively determine the rate of fluid flow therethrough.4. The service unit of claim 1 , wherein the fluid that is guided from the inlet to the chamber is pressurized.5. The service unit of claim 1 , wherein an extension member is coupled to the second conduit claim 1 , the extension member extending from a first end of the vessel to substantially the opposite end of the vessel.6. The service unit of claim 1 , wherein the second conduit is configured to be coupled to an inboard engine.7. The service unit of claim 1 , wherein the vessel is sealed.8. The service unit of claim 1 , wherein a tube extends through a wall of the vessel and is in fluid ...

DEVICES AND METHODS FOR A MECHANICAL AUTOMATIC SHUT-OFF TO FLUID RESERVOIRS

Embodiments are provided for an automatic fluid shut off device having a float disposed in a fluid catch basin attached to a first end of a rod movable in a direction of rising fluid in the catch basin; a second rod end extending to a fluid supply base and terminating adjacent to a restrained latch arm end, the latch arm end configured to be pivotably displaceable upon a force by the second rod end in response to a rising fluid in the catch basin; the latch arm pivotably connected to a shut-off valve; and the shut off valve retained in an open position while the latch arm is restrained, and under a rotational force to close the shut-off valve upon a release of the latch arm in response to the force by the second rod end. The latch arm can be restrained by a latch arm retention notch extending downward and inward. 1. An automatic fluid shut off device , comprising:a float disposed in a fluid catch basin attached to a first end of a rod movable in a direction of rising fluid in the catch basin;a second rod end extending to a fluid supply base and terminating adjacent to a restrained latch arm end, the latch arm end configured to be pivotably displaceable upon a force by the second rod end in response to a rising fluid in the catch basin;the latch arm pivotably connected to a shut-off valve; andthe shut off valve retained in an open position while the latch arm is restrained, and under a rotational force to close the shut-off valve upon a release of the latch arm in response to the force by the second rod end.2. The device of claim 1 , wherein the latch arm is restrained by a latch arm retention notch extending downward and inward at about a 3.5 degree angle.3. The device of claim 1 , wherein a buoyancy force of the float is up to 680 gms against the latch arm and the rotational force against the shut-off valve is greater than or equal to 8000 gms.4. The device of claim 1 , wherein the rotation force is supplied by a torsion spring.5. The device of claim 1 , wherein ...

IRRIGATION CONTROLLER WITH ROBUST GROUND PATH

A modular irrigation controller has a robust ground path with high conductivity that can accommodate lightning induced power surges on field valve wires and common wires that are connected to a plurality of station modules. Sensitive electronic components in the station modules are thereby protected from damage. The robust ground path extends from conductors on circuit boards within the station modules through captive mounting screws to a metallic backplane and then through metallic grounding brackets within a pedestal enclosing the modules and the backplane. The grounding brackets are in turn grounded to both an earth ground stake and to a ground wire associated with the incoming one hundred and ten volt AC power. 1. (canceled)2. An irrigation controller , comprising:a housing;a backplane mounted in the housing; and a circuit board having at least one conductor;', 'a top cover positioned on a first side of the circuit board, the top cover having a first aperture therethrough and a wall at least partially surrounding the first aperture, the wall having a first end and a second end between the first end and the circuit board;', 'at least one electrically conductive screw comprising a head portion and an elongate portion extending from the head portion, the screw extending through the first aperture of the top cover and configured to secure the module to the backplane and establish a ground path from the at least one conductor on the circuit board within the module through the backplane; and', 'a bushing extending completely through the first aperture in the top cover such that a first end of the bushing is positioned between the head portion of the mounting screw and a first end of the wall and a second end of the bushing is positioned between the at least one conductor the first end of the wall;', 'wherein the bushing is configured to inhibit compression of the top cover when the screw is tightened., 'at least one module removably mountable on the backplane, the at ...

VALVE FOR DOSING AND MIXING FLUIDS AND RELATIVE BRIX DEGREES OPTICAL SENSOR

A valve for dosing and mixing two fluids includes two respective inlet ducts, a double chamber for controlling the flows, at least one actuator configured to regulate the flow rates of the two fluids to be mixed, an electronic control unit and a Brix degrees optical sensor, arranged on the mixing duct of the mixture of the two fluids and operatively connected to the electronic control unit. The optical sensor is configured to send a measurement and control signal to the electronic control unit to drive the actuator so as to proportionally control the flow rates of the two fluids and, therefore, regulate the mixing ratio of the two fluids. 2. Valve according to claim 1 , characterised in that it comprises two mixing ducts and a fitting that joins the two outlets of said two mixing ducts in a single channel claim 1 , said optical sensor being placed on said channel.3. Valve according to claim 1 , characterised in that the measurement chamber is provided with a passive portion claim 1 , consisting of a pipe that puts in communication the inlet duct for inletting the mixture of fluids and the outlet duct for outletting the mixture of fluids claim 1 , and with one active portion claim 1 , comprising a measurement optical prism claim 1 , an optical signal emitter device and an optical signal receiver device claim 1 , wherein said measurement optical prism performs the guiding of the wave of the optical signal emitted by the emitter device and received by the receiver device.4. Valve according to claim 3 , characterised in that the active portion of the measurement chamber comprises respective housings for housing the emitter device and the receiver device and is made as an en bloc that also constitutes a part of the passive portion of the measurement chamber claim 3 , namely the pipe in which the mixture of fluids flows.5. Valve according to claim 3 , characterised in that the measurement optical prism is made integral with a surface that faces the pipe and that ...

WATER SUPPLY SYSTEM

There is provided a water supply control system for a tap (). The control system includes a spindle () attached at one end to a tap handle () and at its other end to a tap rotation detector/valve actuator, the spindle () extending through the water supply conduit () to a tap rotation detector () which sends a signal to a supply valve () via a controller (). The controller () triggers closure of the valve () if the valve has remained open for a predetermined time interval. The control system also has a detent to limit rotation of the spindle () in a tap closing direction. 1. A water supply control system for use with a water tap , the water supply control system comprising:a spindle arrangement adapted for exposure to water during use, the spindle arrangement incorporating a spindle having a first end, a second end and a portion intermediate the first and second ends, the first end region of the spindle being adapted for rotation with a water tap handle and including means for connection to the handle of a water tap;a tap rotation detector adapted to identify the direction of rotation of the spindle remote from said first end region;a valve adapted to control the flow of water to the water tap; anda controller in communication with the tap rotation detector and the valve, wherein the controller is adapted to trigger closure of the valve when the valve has remained open for a predetermined time interval,the water supply control system further comprising a detent adapted to limit rotation of the spindle in a tap closing direction.2. A water supply control system as claimed in claim 1 , wherein the spindle arrangement extends through a portion of a supply conduit which supplies water to the tap.3. A water supply control system as claimed in wherein the spindle arrangement comprises a spindle tube inside which the spindle extends claim 1 , it being the spindle tube that is adapted for exposure to water during use.4. A water supply control system as claimed in claim 1 , ...

VALVE DISINFECTING METHOD

A method of performing a cleaning cycle for a water supply system having a valve. The method includes determining whether the cleaning cycle is necessary in a central controller located remotely from the water supply system; and when cleaning is necessary, sending a signal from the central controller to a local controller located within the water supply system to activate a heating element within the water supply system to heat an internal waterway of the water supply system to a temperature configured to clean the internal waterway. 1. (canceled)2. A method of performing a cleaning cycle for a water supply system for washing , showering , or bathing , the water supply system having a valve for controlling the flow of water therethrough , the method comprising:determining whether the cleaning cycle is necessary in a central controller located remotely from the water supply system; andwhen cleaning is necessary, sending a signal from the central controller to a local controller located within the water supply system to activate a heating element within the water supply system to heat an internal waterway of the water supply system to a temperature configured to clean the internal waterway.3. The method of claim 2 , further comprising:monitoring a heating level in the internal waterway during the cleaning cycle using a sensor; andproviding feedback from the sensor to the local controller regarding the heating level.4. The method of claim 3 , further comprising deactivating the heating element once the heating level reaches the temperature.5. The method of claim 4 , wherein the local controller prevents the valve from being opened until the heating level reaches a safe operating temperature.6. The method of claim 3 , further comprising deactivating the heating element after the heating level reaches the temperature for a period of time.7. The method of claim 1 , wherein the central controller is programmable through a user interface to vary the schedule of the cleaning ...

RESERVOIR OVERFILL PROTECTION

A protection mechanism for a lubricant reservoir is mounted within a valve protection chamber disposed on an actuator. The protection mechanism includes a valve actuating plate and an elastic member biasing the valve actuating plate upwards. The actuator is pushed upwards by a rising level of lubricant as the lubricant reservoir is filled. When the reservoir is full, the actuator causes the valve actuating plate to contact a valve stem. The valve actuating plate pushes the valve stem up to shut off a flow of lubricant to the reservoir through the shut off valve. During an overfill event the actuator shifts upward due to the rising level of the lubricant in the reservoir. As the actuator shifts upward, the elastic member compresses such that valve actuating plate remains static relative to the lubricant reservoir as actuator rises. 1. A lubricant reservoir comprising:a housing defining a reservoir;a fill valve mounted to the housing, wherein the fill valve includes a valve stem extending through a top surface of the housing and into the reservoir;an actuator disposed within the housing and dividing the housing into an upper portion and a lower portion, wherein the actuator is configured to shift upward in response to a rising level of lubricant in the lower portion of the housing;a valve actuator spaced from a top surface of the actuator, wherein the valve actuator is configured to shift the valve stem from an open position, where lubricant flows to the reservoir through the fill valve, to a closed position, where the valve stem blocks the flow of lubricant through the fill valve; andan elastic member biasing the valve actuator away from the upper surface of the actuator, wherein the elastic member is configured to compress during an overfill state such that valve actuator remains static relative to a side wall of the housing as the actuator shifts upward in response to the overfill state.2. The lubricant reservoir of claim 1 , wherein the actuator further comprises ...

PROCESS MEDIUM-CONTROLLED REGULATING VALVE

A process medium-controlled regulating valve for a liquid throughflow regulator, having a main valve, a pilot valve for controlling a main valve piston, a pilot valve piston which closes the pressure relief line in a closed position, a cleaning wire element which is stationary in the axial direction is guided with hole tolerance through the pilot line, and the pilot line can be moved along the cleaning wire element, which is guided therein, during a stroke adjustment of the main valve piston. The cleaning wire element has an actuating contour which, at least during the stroke adjustment, can be brought into sliding contact with a counter-contour formed on the main valve piston, with the build-up of a transverse force which acts on the cleaning wire element. 1. A process medium-controlled regulating valve for a liquid throughflow regulator , comprising:a main valve that has a main valve piston with an adjustable stroke in the axial direction;a main valve seat that interacts with the main valve and delimits an outlet chamber radially on an inside and an inlet chamber radially on an outside;a pilot valve for controlling the main valve piston, the pilot valve comprising on a side of the main valve piston which faces away from the main valve seat, a control chamber that is fluidically connected via a pilot line in the main valve piston to the inlet chamber and via a pressure relief line to the outlet chamber, and has a pilot valve piston which closes the pressure relief line in a closed position with a build-up of a closing pressure in a control chamber and with a stroke adjustment of the main valve piston in a closing direction, and which opens the pressure relief line in an open position with pressure equalization between the control chamber and the outlet chamber and with a stroke adjustment of the main valve piston in an opening direction;a cleaning wire element that is stationary in an axial direction is guided with hole tolerance through the pilot line, the pilot ...

WATER PIPING SYSTEM WITH SLAM MITIGATION FUNCTION OF CHECK VALVE, AND CONTROL METHOD THEREFOR

The present invention relates to a water piping system. More particularly, it relates to a water piping system that can alleviate water hammer due to slamming of a check valve by reducing the pressure difference between the front end and the rear end of the check valve by supplying some of fluid at the rear side of the check valve to the front side of the check valve when a pump is stopped, and a method of controlling the water piping system. The present invention includes: a sub-pipe having both ends connected to a front side and a rear side of the check valve, respectively, and supplying some of fluid at the rear side of the check valve to the front side of the check valve to suppress negative pressure and low pressure that is generated at the front end of the check valve when the pump is stopped. 1. A water piping system having a function of alleviating slamming of a check valve , the system comprising:a pump pressurizing fluid;a main pipe for delivering the fluid pressurized by the pump;a check valve disposed at an outlet port of the pump to prevent backflow of fluid;a sub-pipe having both ends connected to a front side and a rear side of the check valve, respectively, to supply some of fluid at the rear sides of the check valve to the front side of the check valve therethrough when the pump is stopped; anda control valve disposed in the sub-pipe to open and close a flow channel.2. The system of claim 1 , wherein the pump comprises a plurality of pumps connected to each other in parallel claim 1 , the sub-pipe comprises a plurality of sub-pipes connected to the main pipe and respectively connected to front ends of check valves disposed at outlet ports of the pumps claim 1 , and the control valve is disposed in each of the sub-pipes.3. The system of claim 2 , wherein the sub-pipes have first ends respectively connected to the front ends of the check valves disposed at the outlet ports of the pumps and second ends connected to a header claim 2 , and the header is ...

Valve with Expandable Sleeve Fitted Over Perforated Walls of Inlet and Outlet Channels to Control Flow Therebetween

A valve features an outer housing, in which there are provided inlet and outlet channels respectively reaching into the housing from inlet and outlet openings thereof. The two channels are axially closed at adjacent inner ends thereof, but feature perforated circumferential walls. A resiliently expandable sleeve is disposed around the circumferential walls in a position normally overlying the perforations, while leaving a gap between the sleeve and inner surfaces of the housing. A charging port communicates with the gap to enable pressurization thereof. Pressurization of the gap normally holds the sleeve tightly over the perforations to prevent flow from one channel to the other. When pressure in the inlet channel exceeds the pressure in the charging chamber, the sleeve radially expands from the circumferential walls of the channels to uncover the perforations and allow fluid to flow between the channels. 1. A valve comprising:an outer housing having an inlet by which fluid is introducible into an interior of said housing and an outlet by which said fluid is exhaustible from said housing;an inlet channel extending further into the interior of the housing from the inlet thereof to a closed end of said inlet channel situated opposite of the inlet of the housing;a first circumferential wall surrounding said inlet channel between the closed end thereof and the inlet of the housing;an outlet channel extending further into the interior of the housing from the outlet thereof to a closed end of said inlet channel situated opposite to the outlet of the housing;a first set of one or more perforations in said first circumferential wall;a second set of one or more perforations in said second circumferential wall;a resiliently expandable sleeve disposed around the first and second circumferential walls within the interior of the outer housing in a position overlying said first and second sets of perforations;an expansion gap between said resiliently expandable sleeve and ...

Venturi vacuum drawback assemblies and dual orifice venturi valve assemblies

A venturi vacuum drawback assembly includes a fluid supply passage that supplies the fluid to the device, a fluid return passage that returns the fluid to the device, a shutoff valve positioned on the fluid supply passage, a bypass passage, a bypass valve positioned on the bypass passage, and a venturi valve positioned on the bypass passage downstream of the bypass valve. The bypass passage includes an inlet and an outlet. The inlet is connected to the fluid supply passage upstream of the shutoff valve, and the outlet connected to the fluid return passage. The venturi valve includes a venturi inlet, a venturi outlet, and a primary orifice positioned between the venturi inlet and the venturi outlet. The primary orifice is connected to a drawback opening on the fluid supply passage by a conduit. The drawback opening of the fluid supply passage is positioned downstream of the shutoff valve.

DRAINING AND FLUSHING MECHANISM

A draining and flushing mechanism comprises a tank body, a first piston, a fixation rod to assemble the first piston, a main energy-storage spring and a drainage valve; the first piston is assembled inside the tank body and divided the tank body into a top tank and a bottom tank; the bottom tank is a water storage room spaced by the first piston and the tank body at the lower portion of the tank body; the main energy-storage spring is attached to the first piston to push the first piston to the bottom tank; an inlet pipe is connected to the bottom tank; wherein the bottom surface of the bottom tank is disposed with an assembly hole, the drainage valve is connected to the assembly hole and assembled to the outer side of the bottom tank, the drainage valve is disposed with at least a drainage hole. 1. A draining and flushing mechanism , comprising a tank body , a first piston , a fixation rod to assemble the first piston , a main energy-storage spring and a drainage valve; the first piston is assembled inside the tank body and divided the tank body into a top tank and a bottom tank; the bottom tank is a water storage room spaced by the first piston and the tank body at the lower portion of the tank body; the main energy-storage spring is attached to the first piston to generate a force to push the first piston to the bottom tank; an inlet pipe is connected to the bottom tank; wherein the bottom surface of the bottom tank is disposed with an assembly hole of the drainage valve , the drainage valve is connected to the assembly hole and assembled to the outer side of the bottom tank , the drainage valve is disposed with at least a drainage hole to connect to a flush pipe; the drainage valve is connected to a draining control component , the draining control component is configured to control the on-off of the drainage valve.2. The draining and flushing mechanism according to claim 1 , wherein the drainage valve comprises a main body claim 1 , a waterseal element and a ...

Liquid supply of a block storage element

Block storage element and method for supplying liquid to a block storage element. The block storage clement has an overflow and the method includes introducing the liquid into an overflow distributor with a distributor limit. The liquid is throttled by at least one passageway arranged in the distributor limit and gets into a tub area of the block storage element, and the liquid that is not drained by way of the at least one passageway is discharged via. the overflow.

Needle fill valve

A needle fill valve, in which a bearer is set on the top of a body, the bearer is covered on an upper cover, a front cavity is set on the front side of the bearer, an inner cavity is set on the location corresponding to the front cavity for placing the annular gasket of the sealing plate wrapped a sealing valve pad, and the purpose of fixing the sealing valve pad for preventing being disengaged from the annular gasket is achieved by fastening an upper fixed seat and a lower fixed seat.

FLUSHOMETER

A flushometer valve includes a hollow body and a piston assembly disposed inside the hollow body for controlling operation of the flushometer valve. The piston assembly and hollow body define an inlet chamber, an outlet chamber and a pressure chamber. The piston assembly includes a flow guide, a piston top, and an insert. The flow guide is movable relative to the hollow body between an open position, in which the outlet chamber is fluidly connected to the inlet chamber, and a closed position, in which the outlet chamber is fluidly disconnected from the inlet chamber. The piston top is coupled to the flow guide, includes a first material, and has a bleed passage that fluidly connects the pressure chamber and the inlet chamber. The insert is disposed within the bleed passage, includes a second material, and has a bore that fluidly connects the bleed passage and the pressure chamber. 1. A flushometer valve for use with urinals , toilets and water closets , the flushometer valve comprising:a hollow body; and a flow guide movable relative to the hollow body between an open position, in which the outlet chamber is fluidly connected to the inlet chamber, and a closed position, in which the outlet chamber is fluidly disconnected from the inlet chamber;', 'a piston top coupled to the flow guide and comprising a first material, the piston top having a bleed passage that fluidly connects the pressure chamber and the inlet chamber; and', 'an insert disposed within the bleed passage and comprising a second material that is different than the first material, the insert having a bore that fluidly connects the bleed passage and the pressure chamber., 'a piston assembly disposed inside the hollow body for controlling operation of the flushometer valve, the piston assembly and hollow body defining an inlet chamber, an outlet chamber and a pressure chamber, the piston assembly comprising2. The flushometer valve of claim 1 , wherein the first material does not include any glass content ...

Water Distribution System for a Beverage Dispenser

The present application provides a water distribution system with a flow of water therethrough. The water distribution system may include one or more water lines, a number of flow control passages in communication with the one or more water lines, a number of flow controllers with a number of preset flow rates positioned about the flow control passages, and a number of flow control valves positioned about the flow control passages such that opening one of the flow control valves allows the flow of water to flow through one of the flow control passages with the preset flow rate. 1. A water distribution system with a flow of water therethrough , comprising:one or more water lines;a plurality of flow control passages in communication with the one or more water lines;a plurality of flow controllers positioned about the plurality of flow control passages;wherein the plurality of flow controllers comprises a plurality of preset flow rates therethrough; anda plurality of flow control valves positioned about the plurality of flow control passages such that opening one of the plurality of flow control valves allows the flow of water to flow through one of the plurality of flow control passages with one of the plurality of preset flow rates.2. The water distribution system of claim 1 , wherein the flow of water comprises a flow of plain water and a flow of carbonated water and wherein the one or more water lines comprise a plain water line and a carbonated water line.3. The water distribution system of claim 2 , wherein the plain water line comprises a plain water source valve and the carbonated water line comprises a carbonated water source valve.4. The water distribution system of claim 3 , wherein the plain water source valve and the carbonated water source valve comprise a solenoid valve or other type of open/shut valve.5. The water distribution system of claim 2 , wherein the plain water line comprises a mid-carb line branching therefrom.6. The water distribution system ...

GAS/FLUID TIMER

The present invention relates to systems and apparatus for controlling actuation and flow/pressure simultaneously over a timed cycle. In particular, the present invention relates to a gas/fluids actuator for readily controlling gas/fluids flow. More specifically, the present invention relates to novel improvements in timed gas/fluids flow actuation pressure/flow control and cessation thereof including: a timer including: a valve, an actuator element for controlling flow through the valve, and a timer for readily activating and deactivating the actuator. 1. A timer comprising:(a) a valve;(b) an actuator element for controlling flow through said valve; and(c) a timer for readily activating and deactivating said actuator.2. The timer of claim 1 , wherein said valve is a gas valve.3. The timer of claim 1 , wherein said valve is a fluid/liquid valve.4. The timer of claim 1 , wherein said timer is a mechanical clockwork timer.5. The timer of claim 1 , wherein said timer further comprises a cam surface and wherein said cam surface further includes a slot formed in said cam surface for readily accommodating a plunger element controlling flow through said valve.6. The timer of claim 1 , wherein said valve includes a diaphragm and a seal for substantially resolving a diaphragm failure leading to inadvertent flow.7. The timer of claim 1 , wherein said actuator element further comprises a protrusion for readily facilitating manual rotatable displacement of said actuator element.8. The timer of claim 5 , wherein said plunger element plunger element is substantially spherical for readily reducing friction in contact with said cam surface and wherein said plunger is biased with a bias for readily facilitating positive “off action” for high pressure and low pressure.9. The timer of claim 2 , wherein said timer further comprises including a cam surface and wherein said cam surface further includes a slot formed in said cam surface for readily accommodating a plunger element ...

Valve Device

Provided are valve devices and flow heads for a valve device. A valve device can include a valve body () that opens and closes a valve hole () to allow communication between a primary flow path () and a secondary flow path (), a back pressure chamber () defined at the back side of the valve body, a small hole () that is provided in the valve body to allow the primary flow path of and the back pressure chamber to communicate with each other, and a pin () that has a straight portion inserted into the small hole to clean the small hole by relative motions of the small hole and the straight portion. A flow head () may be annular and include one or more notches along a perimeter and be configured to engage with an inner peripheral surface of an upper end portion of an inner barrel of the valve device. 1. A valve device comprising:a valve body configured to open and close a valve hole allowing communication between a primary side and a secondary side of a flow path;a back pressure chamber positioned at a back side of the valve body;a small hole in the valve body to allow communication between the primary side of the flow path and the back pressure chamber; anda pin comprising a straight portion inserted into the small hole to clean the small hole by relative motions of the small hole and the straight portion, whereinthe pin has a contact portion that extends radially at a first end of the straight portion and contacts a peripheral edge of the small hole.2. The valve device of claim 1 , wherein the contact portion is inclined in a direction from the first end to a second end of the straight portion and is elastic in an axial direction of the straight portion.3. The valve device of claim 1 , wherein the contact portion is wound around the straight portion by one or less turn.4. The valve device of claim 1 , wherein the contact portion is wound in a three-dimensional spiral shape such that a winding radius of the coil shape becomes larger with increasing proximity from the ...

AUTOMATIC WATER SHUT-OFF DEVICE

A water shut-off device is disclosed. The water shut-off device has an inlet port and an outlet port. The water shut-off device includes: a housing fluidly connected to the inlet port and the outlet port, the housing having an opening at its upper end and including: a valve for switching the device between an open configuration and a closed configuration, the valve permitting flow of water through the device in the open configuration and prohibiting flow of water through the device in the closed configuration; a gear wheel secured to the housing and operatively coupled to the valve, the valve being actuated by rotations of the gear wheel; and an anchor in mechanical communication with the gear wheel, the anchor including: a container for receiving water flowing through the opening; and at least one pallet connected to the container, the at least one pallet being configured to catch against one or more teeth of the gear wheel, the anchor being rotatably mounted at a fixed pivot in the housing such that the anchor swings about the pivot as water collects in the container, the swinging of the anchor about the pivot causing the at least one pallet to alternately catch and release a tooth of the gear wheel, thereby causing the gear wheel to rotate in a first direction. 2. The water shut-off device of claim 1 , wherein the anchor is configured to allow at least some collected water to flow out of the container such that inflow of water into the container and outflow of water out of the container cause the anchor to swing in alternating directions about the pivot.3. The water shut-off device of claim 1 , wherein the anchor further includes an anchor shaft claim 1 , a first end of the anchor shaft being coupled to the container and a second end of the anchor shaft being coupled to the at least one pallet claim 1 , the first end being opposite to the second end claim 1 , and wherein the anchor shaft is rotatably attached to the pivot.4. The water shut-off device of claim 3 , ...

Universal flapper

Some embodiments include a fluid control assembly with a flapper canister, a linkage rotatably coupled to the flapper canister and to a support of a mount. In some embodiments, the flapper canister can be angled with respect to the mount to enable the flapper canister to be coupled to various sizes, types and orientations of flush valves. In some embodiments, by rotating the linkage about pivots coupled to the flapper canister and the support and pivoting or rotating about a motion-enabling element coupling the mount and a support, the flapper canister can be raised, lowered, and/or rotated or pivoted enabling the flapper canister to be sealed against a flush valve orifice. In some embodiments, the flapper canister includes a buoyancy control tube providing fluid coupling between one side of the flapper canister to an opposite side and enabling buoyancy-assist to the position or motion of the flapper canister.

LUBRICANT RESERVOIR SYSTEM

A lubricant reservoir system includes a lubricant reservoir having an interior wall and an inlet for receiving lubricant from a supply. A follower device in the reservoir contacts the interior wall of the reservoir in a sliding and sealing manner, and the follower device is movable up and down in the reservoir from a first position to a second position in response to a changing lubricant level. A valve is in fluid communication with the inlet and is configured to selectively prevent a flow of the lubricant through the inlet. A connector operatively connects the follower device to the valve unit such that the flow of the lubricant through the inlet is prevented when the follower device is in the second position. The connector is configured such that the valve is positionable independently of the reservoir. 1. A fastener element extending in a longitudinal direction and in a transverse direction , the fastener element assembled to a machine part in an arrangement which transmits a load to the machine part , the fastener element being configured to be fixed at one axial end region of a longitudinal extension of the fastener element with the machine part and comprises a load area at a remote axial end region of the longitudinal extension of the fastener element in a load area , the remote axial end region being remote from the machine part , wherein the fastener element comprises a plurality of base parts extending in the longitudinal direction , the longitudinal extension is segmented into a first extension and a second extension ,wherein adjacent base parts of the plurality of base parts are connected to each other by corrugations,wherein the fastener element is made of a composite material comprising continuous reinforcement fibers, the continuous reinforcement fibers are oriented having at least a portion of the continuous reinforcement fibers in a parallel arrangement, orienting extending from the machine part to the remote axial end region,wherein the corrugations ...

TOILET FILL VALVE WITH VALVE LOCK

Disclosed are various embodiments of a lockable toilet fill valve and methods according to the present invention. In one embodiment, a toilet fill valve includes a float/arm assembly. The toilet fill valve is closed when the float/arm assembly is disposed in a first position. The toilet fill valve being open when the float/arm assembly is disposed in a second position. A shuttle switch is associated with the float/arm assembly. The shuttle switch includes an unlock position and a lock position, wherein the shuttle switch fixes the float/arm assembly in the first position when the shuttle switch is in the lock position. 1. A lockable toilet fill valve , comprising:a toilet fill valve comprising a float/arm assembly, the toilet fill valve configured to be closed in response to the float/arm assembly being in a first position, and the toilet fill valve configured to be open in response to the float/arm assembly being in a second position; anda shuttle switch configured to engage in an unlock position and a lock position, the shuttle switch restricting the float/arm assembly when in the lock position and allowing movement of the float/arm assembly when the in the unlock position.2. The lockable toilet fill valve of claim 1 , wherein the shuttle switch changes positions by moving along a longitudinal axis of the shuttle switch.3. The lockable toilet fill valve of claim 1 , wherein shuttle switch changes positions by moving towards and away from the float/arm assembly.4. The lockable toilet fill valve of claim 1 , wherein the shuttle switch engages a back portion of the float/arm assembly to place the float/arm assembly in the first or second positions.5. The lockable toilet fill valve of claim 1 , wherein the shuttle switch comprises a protrusion configured to engage a stop of the toilet fill valve.6. The lockable toilet fill valve of claim 5 , wherein the protrusion engages an inside portion of the stop to maintain a closed state.7. The lockable toilet fill valve of ...

Automatic water regulator

An automatic water regulator includes a water tank component and a base component disposed thereunder. The water tank component includes a box body, a water inlet arranged in a middle portion of the box body, a spring, a sealing ring, an ejector rod sleeved by the spring and inserted into an intermediate position of the water inlet, an ejector shaft, a tray disposed on a side of the ejector rod, a floating bucket disposed at a bottom portion of the box body and away from the side of the ejector rod, and a floating bucket shaft disposed on a middle portion of the floating bucket. The base component includes a main base body and a supporting rib therein and below the tray. The sealing ring is disposed on top of the ejector rod. A bottom end of the ejector rod is connected to the floating bucket.

VENTURI VACUUM DRAWBACK ASSEMBLIES AND DUAL ORIFICE VENTURI VALVE ASSEMBLIES

Embodiments described herein are generally directed to a venturi valve. The venture valve includes an inlet; an outlet opposite of the inlet; a passage, a primary orifice, and an insert. The passage is positioned between the inlet and the outlet and fluidly coupling the inlet to the outlet. The primary orifice is positioned between the inlet and the outlet and in fluid communication with the passage such that the primary orifice permits fluid to enter the passage. The insert is positioned between the inlet and the outlet, the insert configured to enclose at least a portion of the passage. 1. A venturi valve comprising:an inlet;an outlet opposite of the inlet;a passage positioned between the inlet and the outlet and fluidly coupling the inlet to the outlet;a primary orifice positioned between the inlet and the outlet and in fluid communication with the passage such that the primary orifice permits fluid to enter the passage; andan insert positioned between the inlet and the outlet, the insert configured to enclose at least a portion of the passage.2. The venturi valve of claim 1 , further comprising:a body having a first end, a second end, and a cavity positioned therebetween,wherein the inlet is positioned at the first end, the outlet is positioned at the second end and the passage extends through the body, andwherein the insert is positioned within the cavity.3. The venturi valve of claim 2 , wherein the passage includes a constricted portion positioned between the inlet and the outlet claim 2 , the constricted portion is in fluid communication with the primary orifice.4. The venturi valve of claim 3 , wherein the inlet has an inlet orifice at the constricted portion claim 3 , the outlet has an outlet orifice at the constricted portion claim 3 , the outlet orifice having an outlet diameter that is greater than an inlet diameter of the inlet orifice.5. The venturi valve of claim 4 , wherein an area of the outlet is equal to or greater than a sum of an area of the ...

PILOT OPERATED FLOW CONTROL VALVES

The present invention is directed broadly to a tank overfill protection system () generally comprising a flow control valve () operatively coupled to a tank level sensor via a pilot line (). The flow control valve () generally comprises: 1. a valve body () defining a fluid passageway () between a fluid inlet () and a fluid outlet (); 2. a piston () slidably mounted within the fluid passageway () and arranged for displacement for opening and closure of the fluid outlet (); 3. a bleed fluid cavity () located within the valve body () and arranged to cooperate with the piston (); 4. a bleed fluid conduit () operatively coupled to the bleed fluid cavity (); 5. a venturi arrangement () operatively coupled to the bleed fluid conduit () to promote evacuation of bleed fluid from the bleed fluid cavity () thereby opening the fluid outlet () by displacement of the piston (). 1. A flow control valve comprising:a valve body defining a fluid passageway between a fluid inlet and a fluid outlet;a piston slidably mounted within the fluid passageway and arranged for opening and closure of the fluid outlet;a bleed fluid cavity at least in part located within the valve body and arranged to cooperate with the piston to, under the influence of bleed fluid pressure within the bleed fluid cavity, create a force imbalance across the piston to promote closure of the fluid outlet by displacement of the piston;a bleed fluid conduit operatively coupled to the bleed fluid cavity for bleed fluid communication between said cavity and the bleed fluid conduit;a venturi arrangement operatively coupled to the bleed fluid conduit to reduce pressure within the bleed fluid cavity to promote evacuation of the bleed fluid from said cavity thereby opening the fluid outlet by displacement of the piston.2. The flow control valve as claimed in wherein the valve body includes a rear valve body within which the piston is slidably mounted claim 1 , said rear body including one or more radial openings which at ...

PLATE-LESS INLET VALVE

A plate-less inlet valve assembly having a support frame, flexible conduit, and control assembly. Opposing ends of the flexible conduit are coupled to the relatively rigid support frame. The flexible conduit can include an inner wall that generally defines at least a pathway that accommodates a flow of working fluid through the flexible conduit. A size of a restriction within a portion of the pathway can be selectively adjusted so as to control the flow of working fluid through the pathway. The restriction can generally assist with providing the pathway with an adjustable venturi shape. The control assembly can be coupled to the flexible conduit and configured to provide a force to selectively adjust the size of the restriction. Additionally, the control assembly can be positioned outside of the direct path of working fluid in the pathway such that working fluid in the pathway does not flow around the control assembly. 1. An apparatus comprising:a compressor housing having a plurality of rotors;a support frame;a flexible conduit in fluid communication with the compressor and having a first end, a second end, and an inner wall, the inner wall defining a pathway within the flexible conduit, the first and second ends being at opposing ends of the flexible conduit and coupled to the support frame; anda control assembly coupled to the flexible conduit and configured to provide a force to selectively adjust a size of a restriction formed by the inner wall within a portion of the pathway, and wherein the control assembly is external to, and not positioned within, the pathway.2. The apparatus of claim 1 , wherein the control assembly does not extend into a throat area of the pathway claim 1 , the throat area being an open area of the pathway positioned at least between a portion of the restriction.3. The apparatus of claim 1 , wherein the pathway has an adjustable venturi shape.4. The apparatus of claim 1 , wherein the control assembly comprises a first clamp claim 1 , a ...

Automatic Shutoff Valve

An automatic shutoff valve for water conservation consists of a stoppage valve, a central flow tube, a floatation device, and a clamping mechanism. The central flow tube is rotatably positioned within a shell body of the stoppage valve. The floatation device which determines the orientation of the central flow tube. To do so, the floatation device is mechanically engaged to the central flow tube. Depending on the orientation of the central flow tube, the stoppage valve obtains an open configuration or a closed configuration. When used within a toilet tank, the open configuration allows water to pass through the stoppage valve. In the closed configuration, the water flow through the stoppage valve is discontinued. A first pair of stoppers and a second pair of stoppers ensure that the stoppage valve transitions between the open configuration and the closed configuration in a small operational angle. 1. An automatic shutoff valve comprises:a stoppage valve;a central flow tube;a floatation device;a clamping mechanism;the stoppage valve comprises a shell body, an inlet spout, and an outlet spout;the central flow tube comprises a first end, a tube body, and a second end;the tube body extending from the first end to the second end;the central flow tube being pivotally mounted within the shell body;the inlet spout and the outlet spout protruding outwards from the shell body;the inlet spout and the outlet spout being positioned opposite to each other across the shell body;the floatation device being mechanically engaged to the central flow tube; andthe clamping mechanism being connected to the shell body.2. The automatic shutoff valve as claimed in comprises:a first pair of stoppers;a second pair of stoppers;the shell body comprises an inner lateral wall;the first pair of stoppers and the second pair of stoppers being connected to the inner lateral wall;the central flow tube being rotatably connected within the shell body;the first pair of stoppers being positioned adjacent ...

Fluid control valve system and device for intermittently stopping fluid flow

A fluid valve control system includes a linear actuator assembly with a linear actuator, a mechanical amplifier, and a mechanical output member; a fluid control valve, including: a valve body with a fluid chamber and an outlet aperture, a fluid supply line, a plunger member; a fluid reservoir with a pressurized fluid, and a fluid dispensing control unit; such that the fluid flows in a flow from the fluid supply line into the fluid chamber and out via the outlet aperture; such that plunger member moves vertically downward when the outer end of the plunger member is impacted by the mechanical output member, such that an inner end of the plunger member blocks the outlet aperture, such that the flow of the fluid is interrupted. 1. A fluid control valve system , comprising:a) a linear actuator assembly, which comprises a mechanical output member; [ a fluid chamber in an interior of the valve body; and', 'an outlet aperture, which is in fluid contact with the fluid chamber;, 'a valve body, which comprises, 'a fluid supply line, which is connected to the valve body, such that the fluid supply line is in fluid contact with the fluid chamber; and', 'a plunger member, which is mounted to the valve body, such that the plunger member penetrates into the valve body, such that an outer end of the plunger member is exposed on an outer surface of the valve body;', 'wherein the mechanical output member of the linear actuator assembly is configured to impact with the outer end of the plunger member; and, 'b) a fluid control valve, includingc) a fluid reservoir, which contains a fluid, which is pressurized, such that the fluid reservoir is in fluid contact with the fluid supply line;such that the fluid flows in a flow from the fluid supply line into the fluid chamber and out via the outlet aperture;wherein the plunger member is configured to move vertically downward when the outer end of the plunger member is impacted by the mechanical output member, such that an inner end of the ...

DISPOSABLE INTRAVENOUS FLOW CONTROL DEVICE

A disposable intravenous flow control device () includes a rigid casing () defining a flow passage having a fluid entrance () and a fluid exit (); a flow regulator () disposed in the flow passage of the casing () and comprising an annular flange () extending upward, a hollow, cylindrical protrusion () raised upward from a central portion, the protrusion () being open to the bottom, an open fluid storage () defined between the flange () and the protrusion (), and a hollow, cylindrical skirt () extending downward from the bottom of the protrusion (); and a suction cup () releasably secured to the skirt () for blocking the fluid exit () when fluid in the casing ( 120. A disposable intravenous flow control device () comprising:{'b': 21', '23', '22, 'a rigid casing () defining a flow passage having a fluid entrance () and a fluid exit ();'}{'b': 10', '21', '11', '12', '12', '13', '11', '12', '14', '12, 'a flow regulator () disposed in the flow passage of the casing () and comprising an annular flange () extending upward, a hollow, cylindrical protrusion () raised upward from a central portion, the protrusion () being open to the bottom, an open fluid storage () defined between the flange () and the protrusion (), and a hollow, cylindrical skirt () extending downward from the bottom of the protrusion (); and'}{'b': 15', '15', '15', '14', '14', '14', '22', '21, 'a suction cup (, A, B) releasably secured to the skirt (, A, B) for blocking the fluid exit () when fluid in the casing () is consumed.'}215151153151152153. The disposable intravenous flow control device of claim 1 , wherein the suction cup (A) comprises a flat top surface (A) claim 1 , an annular groove (A) below the top surface (A) claim 1 , and an annular extension member (A) descending downward from the bottom of the groove (A).31015151513. The disposable intravenous flow control device of claim 1 , wherein buoyancy of the flow regulator () together with the suction cup ( claim 1 , A claim 1 , B) is slightly ...

Three-way valve drivable by a pump

Three-way valve drivable by a pump, switchable between at least two switch positions wherein a first port is selectively in fluid communication with a second port or with a third port. The three-way valve comprises a movable support and a pair of obstructing members carried by the movable support, at least one of which is responsive to the pressure applied by the pump at the first port, at least one of the movable support and obstructing members to being movable due to transitions between an off-state and an on-state of the circulation pump. The obstructing members are adapted to engage reciprocatingly the respective seats of the three-way valve. The obstructing members are capable of changing shape synchronously when the pump switches from the off-state to the on-state.

TOILET FILL VALVE WITH VALVE LOCK

Disclosed are various embodiments of a lockable toilet fill valve and methods according to the present invention. In one embodiment, a toilet fill valve includes a float and arm assembly. The toilet fill valve is closed when the float and arm assembly is disposed in a first position. The toilet fill valve is open when the float and arm assembly is disposed in a second position. A side lever is associated with the float and arm assembly. The side lever includes an unlock position and a lock position. The side lever includes a hook that engages the float and arm assembly to restrict movement of the float and arm assembly when in the lock position and allow movement of the float and arm assembly when in the unlock position. 1. A lockable toilet fill valve , comprising:a toilet fill valve comprising a float and arm assembly, the toilet fill valve configured to be closed in response to the float and arm assembly being in a first position, and the toilet fill valve configured to be open in response to the float and arm assembly being in a second position; anda side lever configured to engage in an unlock position and a lock position, the side lever comprising a hook that engages the float and arm assembly to restrict movement of the float and arm assembly when in the lock position and allow movement of the float and arm assembly when in the unlock position.2. The lockable toilet fill valve of claim 1 , wherein the side lever comprises one or more protrusions that engage a cover that houses the float and arm assembly to securely seat the side lever in the cover.3. The lockable toilet fill valve of claim 2 , wherein the side lever rotates about an axis that extends into the cover so that the hook rotates to engage a first location of the float and arm assembly claim 2 , the hook engaging the first location corresponding to the side lever being in the lock position claim 2 , thereby causing the float and arm assembly to be in the first position and the toilet fill valve to ...

Sealing arrangement

A liquid control valve including a body comprising an inlet port, an outlet port, and an interior chamber, the body defining a liquid passageway between the inlet and outlet ports. Also included is a plunger comprising a groove provided on an external wall, the plunger being configured to reciprocate within the interior chamber of the body between a first position where the valve is closed and a second position where the valve is open. Also provided is a sealing arrangement within the groove configured to seal between the plunger and the interior chamber of the body. The sealing arrangement includes a first sealing element on the external wall of the plunger and spaced apart from an inner wall of the internal chamber, and a second sealing element on the inner wall of the internal chamber and spaced apart from the external wall of the plunger.

CONCENTRATED TYPE CONTROL VALVE

A concentrated type control valve includes a valve seat, with its lower portion provided with a first water port, a second water port, and a third water port, while its upper portion is provided with a fourth water port in communication with mixed water, wherein on a side of the valve seat is provided with a total water output port connected and in communication with water routes of the third water port and the fourth water port, the first water port is in communication with a cold water pipe, the second water port is connected to a water inlet port of a water processor, and the third water port is connected to a water output port of the water processor; and a movable central bolt, disposed in the fourth water port of the valve seat. 1. A concentrated type control valve , comprising:a valve seat, with its lower portion provided with a first water port, a second water port, and a third water port, while its upper portion is provided with a fourth water port in communication with mixed water, wherein on a side of the valve seat is provided with a total water output port connected and in communication with water routes of the third water port and the fourth water port, the first water port is in communication with a cold water pipe, the second water port is connected to a water inlet port of a water processor, and the third water port is connected to a water output port of the water processor; anda movable central bolt, disposed in the fourth water port of the valve seat, wherein a lower portion of the movable central bolt is in the water routes of the first water port and the second water port.2. The concentrated type control valve as claimed in claim 1 , wherein the movable central bolt includes a movable column claim 1 , a lower end of the movable column is in the valve seat on a side of the first water port claim 1 , a seal ring is provided around the movable column claim 1 , and a round seal plate is provided on an upper portion of the movable column claim 1 , and ...

Dry Product Dosage Dispenser and Method for Producing Same

A dry product dosage dispenser has a container with a cavity between top and bottom ends, a cap on the top end, and an internal partition extending between the top and bottom ends of the body, forming two sub-cavities within the body. The internal partition forms a diverging funnel-like structure giving each sub-cavity a wide upper opening on one end and a narrow lower opening on the opposite end to help product freely flow from one end to the other. Product passes from one sub-cavity to the other through an opening in the internal partition. The dispenser is flipped from its upright position to dispense the product passed through the opening. An adjustable volume compartment can be used at the second end of the container to enlarge the volume of the dispenser and provide variable dosages. The internal partition may be removable or separate for use as an insert.

Dry Product Dosage Dispenser with Multiple Storage Compartments and Method for Producing Same

A container with an internal partition within its cavity has multiple compartments for dispensing multiple dry products. The partition comprises a first elongated portion, which forms a product-dispensing chute in the cavity, and an inclined portion slanting away from the chute. The inclined portion has a surrounding perimeter edge that meets with adjacent inner walls of the container except at a bottom perimeter edge, along which dry products pass from the top of the inclined portion. A second elongated portion extends from the top of the inclined portion and across its bottom perimeter edge, dividing the remaining cavity into first and second product storage areas. Additional elongated portions may form additional product storage areas. Flipping of the dispenser from its upright position dispenses products below the inclined portion through the chute. An adjustable bottom can be used to vary doses of the products.

SINGLE LEVER, TIMED MIXER TAP

The invention relates to a single-lever, timed mixer tap comprising a push-button that makes it possible to control the passage of water between at least one water-supply inlet, in particular two inlets for hot water and cold water, respectively, and at least one outlet for the mixed water, a mixing block having a portion that is rotatably movable in relation to a stationary portion in order to vary the temperature of the mixed water, and a timer cartridge, characterised in that the mixing block and the timer cartridge are mounted separately from one another and the push-button is mounted translatably and rotatably movable, and in that at least one member for transmitting the movement of the push-button is provided, which is designed to transmit a translational movement to an actuator rod of the timer cartridge as well as a rotational movement to the movable portion of the mixing block. 1. Single-lever , timed mixer tap comprising a pushbutton that makes it possible to control the passage of water between at least one water supply inlet , in particular two inlets for hot water and cold water respectively , and at least one outlet for the mixed water , a mixing block having a portion that is rotatably movable in relation to a stationary portion in order to vary the temperature of the mixed water , and a timer cartridge , characterised in that the mixing block and the timer cartridge are mounted separately from one another and the pushbutton is mounted such that it is translatably and rotatably movable , and in that at least one member for transmitting the movement of the pushbutton is provided , this being designed to transmit a translational movement to an actuator rod of the timer cartridge as well as a rotational movement to the movable portion of the mixing block.2. Tap according to claim 1 , characterised in that the rotational movement is transmitted from the exterior of the timer cartridge.3. Tap according to either claim 1 , characterised in that the mixing ...

METHOD FOR OPERATING A FLOWMETER AND RESPECTIVE FLOWMETER

Described and shown is a method for operating a flowmeter () having a measuring tube (), wherein the flow (d) of a medium () through the measuring tube () is measured. A continuous dwell time of the measured flow (d) greater than or equal to a flow threshold (d) is assigned to a flow interval (Δt, Δt) and a flow volume (V, V) is determined from the measured flow (d) in the flow interval (Δt, Δt). In each case, a continuous dwell time of the measured flow (d) less than the flow threshold (d) is assigned to a zero flow interval (Δt). In each case, a deviation volume of the flow volume (V, V) in one of the flow intervals (Δt, Δt) from a reference flow volume is determined and the deviation volume is compared to a threshold deviation volume. If the deviation volume in one of the flow intervals (Δt, Δt) is less than the threshold deviation volume, a zero flow through the measuring tube () is determined and compensated using the measured flow (d) in the zero flow interval (Δt) directly preceding the flow interval (Δt, Δt). 1. A method for operating a flowmeter having a measuring tube , wherein the flow (d) of a medium through the measuring tube is measured , [{'sub': s', 'D,1', 'D,2', '1', '2', 'D,1', 'D,2, 'in each case, a continuous dwell time of the measured flow (d) greater than or equal to a flow threshold (d) is assigned to a flow interval (Δt, Δt) and a flow volume (V, V) is determined from the measured flow (d) in the flow interval (Δt, Δt),'}, {'sub': s', 'N,1, 'in each case, a continuous dwell time of the measured flow (d) less than the flow threshold (d) is assigned to a zero flow interval (Δt),'}, {'sub': 1', '2', 'D,1', 'D,2, 'in each case, a deviation volume of the flow volume (V, V) in one of the flow intervals (Δt, Δt) from a reference flow volume is determined and the deviation volume is compared to a threshold deviation volume, and'}, {'sub': D,1', 'D,2', 'N,1', 'D,1', 'D,2, 'if the deviation volume in one of the flow intervals (Δt, Δt) is less than the ...

Faucet

A faucet may comprise a main body, a control valve, and two press buttons. The main body is hollow to form a valve chamber therein, and the control valve is configured to be positioned in the valve chamber. A top end of the main body is connected to a water outlet tube, and a lower end thereof is configured to axially insert into the valve chamber. After the control valve is positioned in the valve chamber, a locking ring is engaged with and secured at a lower end of the valve chamber, and a water inlet tube is configured to axially penetrate through the locking ring to connect to the control valve. Each of two lateral sides of the main body has an installing hole, and two installing holes located at two corresponding positions are configured to receive and couple with the two press buttons respectively.

Liquid container leveler

An apparatus is provided to allow over filling a fluid level and a means of bringing the fluid level back to a desired operating condition. The apparatus can be installed at a specific fluid level while other members can vary or turn off the automatic fluid leveling feature. The apparatus includes a bore hole or chamber that runs completely through the thickness of the container. A member can be provided with an adapted fit and mate with a wall in the bore hole. This member contains a control feature which in the normal position allows for overflowing the apparatus with fluid, and when enabled, can bring the fluid level in the apparatus back to its desired level.

LATACHING VALVE ASSEMBLY HAVING POSITION SENSING

A latching valve assembly which controls the flow of air and purge vapor between a fuel module and a carbon canister, where a change in an electrical property of the latching valve assembly is used to detect whether the latching valve is in the open position or the closed position. The latching valve assembly of the present invention eliminates the need for a physical switch solution, mechanical or non contact solutions, eliminates complexity of valve hardware requirements, and only adds minor electric components and software to identify the latch position. This system eliminates valve complexity and mechanical connections required for electrical conductivity. 1. An apparatus , comprising:a latching valve assembly, including:a solenoid portion;a valve portion moveable between an open position and a closed position, the valve portion controlled by the solenoid portion; anda latching mechanism for maintaining the position of the valve position in the open position or the closed position when the solenoid portion is deactivated;wherein a voltage pulse is emitted to the solenoid portion and used to detect whether the valve position is in the open position or the closed position.2. The apparatus of claim 1 , further comprising:an armature being part of the solenoid portion; anda coil being part of the solenoid portion;wherein the armature is in a first position relative to the coil when the valve portion is in the closed position, and a second position relative to the coil when the valve portion is in the open position, such that different current measurements are produced when the armature is in the first position or the second position.3. The apparatus of claim 2 , wherein the different current measurements correspond to whether the valve portion is in the open position or the closed position.4. The apparatus of claim 2 , further comprising:a magnet connected to the armature, the magnet selectively disposed in a magnet path of the solenoid portion;wherein the magnet is ...

WATER PURIFIER

A water purifier is provided. The water purifier includes a purified water tank for storing purified water, a hot water tank including a heater for heating the purified water supplied from the purified water tank, a purified water supply pipe connecting the purified water tank and the hot water tank to supply the purified water of the purified water tank to the hot water tank, a purified water supply valve opening or closing the purified water supply pipe, a manipulation unit through which a user inputs an extraction amount of hot water, a memory unit for readably storing an opening time of the purified water supply pipe depending on an amount of purified water to be supplied to the hot water tank, and a control unit setting the extraction amount of hot water to the amount of purified water to be supplied to the hot water tank when the extraction amount of hot water is inputted through the manipulation unit, reading the opening time of the purified water supply pipe corresponding to the amount of purified water to be supplied to the hot water tank from the memory unit, and opening the purified water supply pipe during a specified opening time. 1. A water purifier comprising:a purified water tank for storing purified water;a hot water tank including a heater for heating the purified water supplied from the purified water tank;a purified water supply pipe connecting the purified water tank and the hot water tank to supply the purified water of the purified water tank to the hot water tank;a purified water supply valve opening or closing the purified water supply pipe;a manipulation unit through which a user inputs an extraction amount of hot water;a memory unit for readably storing an opening time of the purified water supply pipe depending on an amount of purified water to be supplied to the hot water tank; anda control unit setting the extraction amount of hot water to the amount of purified water to be supplied to the hot water tank when the extraction amount of ...

FAIL/SAFE SYSTEM FOR MACHINE POWER GENERATOR

In accordance with the present invention a start/stop system is provided for a machine that drives an electric generator by moving buoyant modules on a duty-cycle pathway through a bi-level water tank. Included is a valve mechanism that maintains different water surface levels in the bi-level tank, and also establishes different spaces within the bi-level tank. Additionally, grips are included for selectively holding individual modules in respective spaces. To stop the machine, water is drained from the bi-level tank, and grips are activated, to hold modules in their respective spaces. To restart, water is introduced into the spaces and the grips are deactivated to release the modules for operation. 1. A system for stopping a machine which operates by moving buoyant modules through a liquid medium , the system comprising:a plurality of modules;a bi-level tank having an exposed upper liquid surface level and a sealed/exposed lower liquid surface level, wherein a duty-cycle pathway is established through the machine for each module, with a portion of the duty-cycle pathway passing through the bi-level tank for transit of each module from the lower liquid surface level to the upper liquid surface level of the bi-level tank;a valve mechanism, including a transfer valve submerged in the bi-level tank to establish a return tank between the transfer valve and the upper liquid surface level and a transfer tank between the transfer valve and the lower liquid surface level, wherein the valve mechanism includes an access valve to expose the lower liquid surface level when the transfer valve is closed and to provide a liquid-tight seal over the lower liquid surface level when the transfer valve is open, wherein, with the transfer valve open, the pathway is unobstructed between the transfer tank and the return tank; anda drain located in the return tank above the transfer valve, wherein the drain is selectively activated to drain liquid from the return tank and stop the machine ...

SYSTEM AND METHODS FOR REFUELING A VEHICLE

A method for a fuel system, comprising: during a first condition, fluidly coupling a fuel tank to a fuel vapor canister; and fluidly coupling the fuel vapor canister to atmosphere via a deactivated vacuum pump. By fluidly coupling the fuel vapor canister to atmosphere via a deactivated vacuum pump, the fuel tank may be depressurized slowly without requiring a multi-stage or multi-valve fuel tank isolation system. In this way, the cost and complexity of the fuel system is reduced. 1. A method for a fuel system , comprising:during a first condition, fluidly coupling a fuel tank to a fuel vapor canister; andfluidly coupling the fuel vapor canister to atmosphere via a deactivated vacuum pump.2. The method of claim 1 , where the first condition comprises a refueling request.3. The method of claim 2 , where the first condition further comprises a fuel tank pressure above a first threshold.4. The method of claim 3 , further comprising:responsive to the fuel tank pressure decreasing below the first threshold, fluidly coupling the fuel vapor canister to atmosphere bypassing the deactivated vacuum pump.5. The method of claim 1 , where fluidly coupling the fuel tank to the fuel vapor canister comprises opening a fuel tank isolation valve.6. The method of claim 4 , where the deactivated vacuum pump is coupled within an evaporative leak check module comprising a changeover valve operable between a first conformation and a second conformation.7. The method of claim 6 , where fluidly coupling the fuel vapor canister to atmosphere via the deactivated vacuum pump comprises placing the changeover valve in the second conformation.8. The method of claim 7 , where fluidly coupling the fuel vapor canister to atmosphere bypassing the deactivated vacuum pump comprises placing the changeover valve in the first conformation.9. The method of claim 8 , further comprising:responsive to a fuel tank depressurization rate being less than a depressurization threshold, pulsing the changeover valve ...

TOILET WATER LEAK AND FLOOD PREVENTION

Proactive methods and articles of manufacture are disclosed for preventing any water leak or flooding of a toilet. These methods and systems can replace or be added to the water system of existing toilets, especially the North American toilets, which use water tanks. In various embodiments the water is turned OFF and prevented to enter the toilet tank before the flush handle is activated and/or before a user is sensed. In some embodiments each flushing of the toilet permits the toilet tank to only fill once. If a leak causes the tank to empty, water is not permitted to fill the leaking tank until the next time the flush handle is activated. In some other embodiments each flushing of the toilet and/or sensing of a user permits the toilet tank to fill a predetermined number of times. 1. A method of flushing a toilet , the method comprising:controlling water flow to toilet water tank by a controllable water valve having an OFF default state, wherein the controllable water valve is controlled by a signal generated by a user actuating a toilet flush handle;sending the signal to the controllable water valve, some or every time that the user actuates the toilet flush handle;turning ON the water flow to the toilet water tank upon receiving each or some of the signals; andturning OFF the water flow to the toilet water tank after a predetermined length of time and/or after water level in the toilet water tank reaches a predetermined height.2. The method of claim 1 , wherein the controllable water valve is controlled electrically claim 1 , mechanically claim 1 , wirelessly claim 1 , or by a combination thereof.3. The method of claim 1 , wherein the ON time for the water flow is 60 seconds each time.4. The method of claim 1 , wherein the controllable water valve turns on every time or every other time that a signal is received.5. The method of claim 1 , wherein a control signal is sent to the controllable water valve every time or every other time that the toilet flush handle ...

Device and Industrial Package for Storing, Measuring and Dispensing Powder and Granular Substances

The invention is directed to a hand operated device for storing, measuring and dispensing of powder or granular materials, with effectively simplified structure and reduced number of parts, having a solid housing integrating material storage container with stationer parts of a dispenser, comprising: special compartments and sound damper, made of elastic porous material that makes work of the device quite and thus acceptable for users; a means for one touch assembly and disassembly of an inner space of the device where a dispenser is located; structural elements for dispensing a predetermined volume of the material or its fraction, including stopping means for reduction of length of working stroke of the dispensing mechanism; a means making the device reliable when it is used with materials including sticky particles; a means providing the device configured to delivery more then one material stored in one device, including more then one material transporting mechanisms inside the dispenser; and structural elements providing exact measuring, and sifting or pouring of the materials. 1. A device for storing , measuring and dispensing powder or granular materials comprising:a housing, which is of substantially parallelepiped or cylindrical shape, having at least an open top end and an open bottom end;a dispensing mechanism, comprising a slide, at least one compression spring, and at least one spring support;a separating wall, separating the housing into a bottom space for storing the materials, and a top space for installation of the dispensing mechanism;the top space having at least two substantially parallel walls enclosing the dispensing mechanism, comprising a material receiving opening and a stopping means to retain the dispensing mechanism within the housing;a top cover, closing the housing at its top end having a material discharging opening;a bottom cover, closing the housing at its bottom end; anda rotable cap, attached on top of the top cover, preventing ...

TOILET FILL VALVE WITH VALVE LOCK

Disclosed are various embodiments of a lockable toilet fill valve and methods according to the present invention. In one embodiment, a toilet fill valve includes a float/arm assembly. The toilet fill valve is closed when the float/arm assembly is disposed in a first position. The toilet fill valve being open when the float/arm assembly is disposed in a second position. A valve lock is associated with the float/arm assembly. The valve lock includes an unlock position and a lock position, wherein the valve lock fixes the float/arm assembly in the first position when the valve lock is in the lock position. 1. A lockable toilet fill valve , comprising:a toilet fill valve comprising a float/arm assembly, the toilet fill valve configured to be closed in response to the float/arm assembly being in a first position, and the toilet fill valve configured to be open in response to the float/arm assembly being in a second position; anda valve lock comprising a cam portion, the valve lock configured to engage in an unlock position and a lock position, the valve lock configured to restrict the float/arm assembly in the first position when in the locked position and allow movement of the float/arm assembly when the in the unlocked position.2. The lockable toilet fill valve of claim 1 , wherein the cam portion is in a third position when the valve lock is in the locked position and the cam portion is in a fourth position when the valve lock is in the unlocked position.3. The lockable toilet fill valve of claim 1 , wherein valve lock changes positions by moving the cam portion towards and away from the float/arm assembly.4. The lockable toilet fill valve of claim 1 , wherein the cam portion comprises a cam.5. The lockable toilet fill valve of claim 1 , wherein the cam portion comprises a rod that engages the toilet fill valve to maintain a closed state.6. The lockable toilet fill valve of claim 1 , wherein the cam portion is configured to press into the toilet fill valve to hold the ...

FAUCETS

A mixer valve () comprises a body () extending in a first direction between a front end and a rear end. The body () defines a volume (); a thermostatic cartridge () is received in the volume (), and a diaphragm valve () is received in the volume () between the thermostatic cartridge () and the rear end of the body (). The diaphragm valve () is operable in response to actuation of a push operated control member () to control flow of water from the mixer valve (). 140-. (canceled)41. A mixer valve comprising a body extending in a first direction between a front end and a rear end , the body defining a volume , a thermostatic cartridge received in the volume , and a diaphragm valve received in the volume between the thermostatic cartridge and the rear end of the body , wherein the diaphragm valve is operable in response to actuation of a push operated control member to control flow of water from the mixer valve.42. The mixer valve of claim 41 , wherein an inner or rear end of the thermostatic cartridge is provided with an outlet spaced from the rear end of the body and the diaphragm valve is provided at the outlet of the thermostatic cartridge to control flow of water from the thermostatic cartridge outlet to a mixer valve outlet.43. The mixer valve of claim 42 , wherein the diaphragm valve comprises a diaphragm valve member movable towards and away from the outlet of the thermostatic cartridge in response to a pressure differential across the diaphragm valve member claim 42 , wherein the diaphragm valve member engages with a valve seat to close the outlet of thermostatic cartridge when the diaphragm valve is closed to prevent flow of water from the outlet of the thermostatic cartridge to the mixer valve outlet claim 42 , and wherein the diaphragm valve member disengages from the valve seat to open the outlet of the thermostatic cartridge when the diaphragm valve is open to allow flow of water from the outlet of the thermostatic cartridge to the mixer valve outlet.44. ...

Mechanical water transfer system

A playground water feature including a feature outlet. The playground water feature also including a diaphragm valve configured to receive water flow from a water source. The playground water feature also including a mechanical activator, configured to, when actuated, open a vent valve, that is fluidically coupled to the diaphragm valve, such that the diaphragm valve opens to allow the water flow to flow to the feature outlet.

Integrated flow control valve with flowrate feedback

A flow control valve assembly has at least one manifold having an inlet flow port, an outlet flow port, and a flow channel provided there between, the flow channel having an inlet chamber, a variable area chamber and an outlet chamber, with fluid flowing from the inlet flow port to the inlet chamber, the variable area chamber and the outlet chamber, in that order, before exiting the outlet flow port. The flow control valve assembly further includes a float assembly having a float extending through the flow channel and which is limited for its movement inside the variable area chamber, a connecting rod extending through the flow channel and which has an upper end that is connected to the float and a lower end that is connected to a magnet. A measuring device is positioned outside the fluid chamber at the bottom of the at least one manifold, and spaced apart from the magnet.

Valve with Expandable Sleeve Fitted Over Perforated Walls of Inlet and Outlet Channels to Control Flow Therebetween

A valve features an outer housing, in which there are provided inlet and outlet channels respectively reaching into the housing from inlet and outlet openings thereof. The two channels are axially closed at adjacent inner ends thereof, but feature perforated circumferential walls. A resiliently expandable sleeve is disposed around the circumferential walls in a position normally overlying the perforations, while leaving a gap between the sleeve and inner surfaces of the housing. A charging port communicates with the gap to enable pressurization thereof. Pressurization of the gap normally holds the sleeve tightly over the perforations to prevent flow from one channel to the other. When pressure in the inlet channel exceeds the pressure in the charging chamber, the sleeve radially expands from the circumferential walls of the channels to uncover the perforations and allow fluid to flow between the channels. 1. A valve installation comprising: an outer housing having an inlet by which fluid is introducible into an interior of said housing and an outlet by which said fluid is exhaustible from said housing;', 'an inlet channel extending further into the interior of the housing from the inlet thereof to a closed end of said inlet channel situated opposite of the inlet of the housing;', 'a first circumferential wall surrounding said inlet channel between the closed end thereof and the inlet of the housing;', 'an outlet channel extending further into the interior of the housing from the outlet thereof to a closed end of said outlet channel situated opposite to the outlet of the housing;', 'a second circumferential wall surrounding said outlet channel between the closed end thereof and the outlet of the housing;', 'a first set of one or more perforations in said first circumferential wall;', 'a second set of one or more perforations in said second circumferential wall;', 'a resiliently expandable sleeve disposed around the first and second circumferential walls within the ...

DEVICES AND METHODS FOR A MECHANICAL AUTOMATIC SHUT-OFF TO FLUID RESERVOIRS

Embodiments for an automatic fluid shut off device having a float disposed in a fluid catch basin attached to a first end of a flexible cable movable in an opposite direction of rising fluid in the catch basin; a second flexible cable end extending to a fluid supply base and terminating adjacent to a restrained spider assembly, the spider assembly configured to be rotationally displaceable upon a force by the second flexible cable end in response to a rising fluid in the catch basin; the spider assembly pivotably connected to a shut-off valve; and the shut off valve retained in an open position while the spider assembly is restrained, and under a rotational force to close the shut-off valve upon activation of the spider valve in response to the force by the second flexible cable end. 113.-. (canceled)14. An automatic fluid shut off device , comprising:a float disposed in a fluid catch basin attached to a first end of a flexible cable movable in an opposite direction of rising fluid in the catch basin;a second end of the movable flexible cable extending into a bore of a spider assembly having a fluid supply and a shut-off valve;the second flexible cable end connected to a first end of a restrained lever arm end of the spider assembly;the lever arm configured to be pivotably displaceable at a second lever arm end upon a force by the second flexible cable end in response to a rising fluid in the catch basin;the lever arm pivoted against a rim of a rachet gear of the spider assembly by a spring, the rachet gear having a pawl to engage and be restrained by a matching indention on the lever arm and the rachet gear turnable on an axis to cause the shut-off valve to rotate to an open and closed position;the shut off valve retained in an open position while the rachet gear is restrained, and the rachet gear under a rotational force to close the shut-off valve upon a release of the rachet gear pawl from the lever arm in response to the force by the second flexible cable end. ...

Time-controlled switch valve

A time-controlled switch valve consists an inner casing (30), a top cover assemble (40) and a time-controlled apparatus (50). One end of the inner casing (30) forms an opening, the other end is a base plate (31), and a through hole (32) is formed in the center of the base plate (31); the top cover assemble (40) covers the open end of the inner casing (30), several inlet holes (43a, 43b) communicating with the inner casing (30) are formed in the top cover assemble (40), and a sleeve (41) projects axially at its inner side; the time-controlled apparatus (50) passes through the through hole (32) of the inner casing (30) and is supported againstthe top of the sleeve (41), the time-controlled apparatus (50) includes a push rod (51), a water storage ring (53) and an elastomer (55), one end of the push rod (51) passes through and is disposed in the sleeve (41), and at middle part of the push rod (51) is provided with an O ring (513) which is opposite to the through hole (32) of the inner casing (30); the water storage ring (53) is made of elastic material, and is shaped as an annulus with arc section and inwardly shrinking openings at two opposite ends, an upper end (531) of the water storage ring (53) securely surrounds the outer periphery of the sleeve (41), a lower end (532) of thewater storage ring (53) securely surrounds the outer periphery of the push rod (51), so that one end of the push rod (51) with a plug (511) and a water flowing hole (516) can only move between the top of the sleeve (41) and the lower end (532) of the water storage ring (53).

ROTARY VALVE

A rotary valve and float assembly for controlling a flow of liquid into a container including a plug valve portion and a divider portion. The plug valve portion including a set of plugs that seal against a set of openings in the divider portion when the rotary valve is in a closed position. Movement of the rotary valve between open and closed positions is controlled by the movement of the float assembly in the container. The float assembly typically moves according to a liquid level within the container. 1. A rotary valve for use in a liquid tank having a level of liquid comprising: a plug valve portion including a set of plugs;', 'a body portion divider including a set of openings for receiving the set of plugs; and', 'a shaft portion wherein rotation of the shaft portion controls movement of the plug valve portion with respect to the body portion divider; and, 'a body portion includinga float assembly portion, the float assembly portion including a float portion and a pair of float arms connected to, and extending from, the float portion at a first end and connected to the shaft portion of the body portion at a second end;wherein a change in the level of liquid causes movement of the pair of float arms to urge the shaft portion to rotate thereby causing the set of plugs to engage with the set of openings.2. The rotary valve of wherein the body portion further comprises a housing component for housing the plug valve portion claim 1 , the body portion divider and the shaft portion.3. The rotary valve of wherein the housing component comprises a first body cavity wall portion and a second body cavity wall portion that claim 2 , when connected with other claim 2 , form a cavity.4. The rotary valve of wherein the body portion divider is connected to an inside wall of each of the first and second body cavity wall portions.5. The rotary valve of wherein the body portion divider is connected to the inside wall of each of the first and second body cavity wall portions via ...

Dosing valve for wash bottles

Backflow preventer

A fill valve for controlling liquid level in a toilet tank or other tank includes a housing with an inlet, an outlet, a valve, and a level sensing mechanism for opening the valve to permit flow when the liquid level is below a predetermined value. A flow impedance path including a compact array of many baffles defining multiple consecutive right angle turns dissipates fluid pressure without substantial velocity increases and consequent cavitation and noise. Stable valve closure when the predetermined level is reached is effected by the mounting and configuration of a valve control lever. The fill valve may be disassembled for service without removal from the tank. A coupling and mounting nut assembly facilitates mounting without tools in a variety of tanks. A backflow preventer at the fill valve inlet includes an upstream disc member, a downstream cup member and a unitary elastic body having an outer ring portion and two inwardly extending check valve portions cooperating with flow passages in the disc and cup members.

Patent FR2524173B1

Non-powered mechanical paddy water level control system

본 발명은 논둑(1)에 의해 형성되는 공간에 위치하는 논물(2)에 토출부(12)가 위치하고, 제1 밸브(100)가 구비되는 급수관(10); 상기 제1 밸브(100)와, 상기 논물(2)의 수위를 감지하는 수위 감지기(200)를 연결하는 수위 감지 라인(20); 및 상기 제1 밸브(100) 전단에서 분기되고, 상기 급수관(10)의 상기 제1 밸브(100) 후단에 연결되는 바이패스 라인(30);을 포함하고, 상기 수위 감지기(200)에서 감지되는 수위에 따라 상기 제1 밸브(100)의 개폐가 제어되는 논물 자동 수위 조절 시스템을 제공한다. The present invention includes a water supply pipe 10 having a discharge unit 12 located in the paddy field water 2 located in a space formed by the paddy bank 1 and having a first valve 100; a water level detection line 20 connecting the first valve 100 and the water level sensor 200 for detecting the water level of the paddy field water 2; and a bypass line 30 branched from the front end of the first valve 100 and connected to the rear end of the first valve 100 of the water supply pipe 10, and detected by the water level sensor 200. Provided is an automatic rice water level control system in which opening and closing of the first valve 100 is controlled according to the water level.

Irrigation system

An irrigation system of the type comprising a plurality of nozzles spaced along a pipeline fed at one end from a source of supply of irrigation liquid, which latter may be purely water or may be water with additives, in which in order to avoid different spray rates due to a loss in pressure along the pipeline each nozzle is provided with a valve and an associated resilient subsidiary reservoir, the valves operating to close off the nozzles while all the subsidiary reservoirs charge up to the line pressure and then, when a control valve diverts the source of supply to a discharge outlet all the nozzles receive liquid in the same pressure from their associated subsidiary reservoir; when the subsidiary reservoirs are all back at atmospheric pressure the cycle recommences.

우수토실의 유량제어밸브

목적 : 본 발명은 차집관로 내의 수위변화에 실시간으로 반응하여 강우 시 설계하수량 이상의 양이 하수처리장으로 유입되는 것을 방지하는 우수토실의 유량조절밸브를 제공함에 그 목적을 두고 있다. 구성 : 우수와 오수가 동일관로로 유하하는 합류식 관거노선 상에서 일정량의 오수만을 차집관거로 차집, 유도하고 이를 초과하는 유량에 대해서는 방류토록 기능하는 우수토실 시스템에서, 내주면 상 하측이 네크부(14)를 경계로 하여 각각 플로우트 시트(16)와 밸브 시트(18)로 구분 형성되고 서로 조합되는 좌우 대칭형으로 된 하우징(20)을 포함하고, 양 하우징(20)의 사이에는 상측의 플로우트(21)와 하측의 밸브(22)가 중간의 로드(24)를 경유하여 일체로 동축 연결된 밸브체(26)가 승강 가능하게 배치되어 있는 유량 조절밸브(12)가 상기 맨홀 통체(2)의 내부에 수용되어서 최상측 우수 유입관(4)을 통해 유입된 빗물의 수위 상승에 의해 상기 플로우트(21)가 부상하여 밸브(22)로 상기 네크부(14) 사이의 통로를 차폐시켜 상기 빗물이 하천으로 방류되게 한 것이다. 효과 : 본 발명은 플로우트의 수직변위에 따라 차집관로 연결관 입구에 위치한 유량제어 밸브의 개도가 무동력으로 자동 조절되어 미리 정한 설계하수량 이상의 과잉하수량을 안정적으로 방류할 수 있도록 하는 효과를 가지고 있다.

Soupape

Method for storing phone number in mobile phone

본 발명은, 최근통화목록 중 전화번호부에 저장하고자 하는 전화번호를 선택받고, 상기 선택된 전화번호에 설정하고자 하는 상대방 이름이 상기 전화번호부 상에 기 등록되어 있는지 검색하고, 상기 검색 결과 기 등록되어 있는 경우 상기 기 등록된 상대방 이름에 해당하는 전화번호목록에 상응하도록 상기 선택된 전화번호를 편집하여 저장하는 이동 단말기의 전화번호 저장방법을 제공한다. According to an embodiment of the present invention, a phone number to be stored in a phone book is selected from a recent call list, and a name of a counterpart to be set in the selected phone number is searched for in the phone book, and the search result is pre-registered. In the case of providing a phone number storage method of a mobile terminal for editing and storing the selected phone number to correspond to the phone number list corresponding to the registered party name. 최근통화목록, 덮어쓰기 Recent Call List, Overwrite

이단수세 조절밸브 조립체

수세식 위생설비용 조절밸브 조립체는 수세사이클의 초기에 수세용 유량을 공급하는 돌발밸브와, 돌발밸브가 폐쇄된 후에 트랩 재봉수용 유량을 공급하기 위한 별도로 조절되는 바이패스밸브와를 포함한다. 돌발밸브는 리프팅피스톤과 연합하는 타이밍슬리브를 포함함으로써, 오리피스를 통하여 입구압력과 통해지는 타이밍챔버를 한정하게 된다. 피스톤칼라는 리프팅피스톤과 연합하여 바이패스밸브를 한정한다. 리프팅챔버는 몸체와, 계량밸브조립체를 통해 출구와 연통되는 리프팅피스톤 사이에서 제한된다. 계량밸브조립체의 액추에이터는 리프팅챔버를 비우고, 타이밍슬리브를 들어올려 돌발밸브를 개방한다. 돌발밸브는 타이밍챔버가 오리피스에 의해 조절된 비율에 따라 충진되면 폐쇄된다. 바이패스밸브는 계량밸브조립체가 다시 폐쇄될 때까지 트랩 재봉수용 유량을 공급하도록 바이패스밸브의 압력차에 의해 개방된채로 있게 된다.

Apparatus for filling reservoir with liquid product

Water piping system having function of alleviating slaming of check valve

본 발명은 수배관 시스템에 관한 것으로, 보다 상세하게는, 펌프 급정지시 체크밸브 후단측의 유체 일부를 체크밸브 전단측으로 공급하여 체크밸브 전단과 후단의 압력차를 줄임으로써 체크밸브의 슬램 현상 및 이로 인한 수충격을 완화할 수 있는 수배관 시스템에 관한 것이다. 이를 위해 본 발명은 양단이 상기 주배관의 체크밸브 전단측 및 후단측에 각각 연결되어, 펌프의 정지시 체크밸브 전단에 형성되는 부압 또는 저압을 해소하기 위해 체크밸브 후단측 유체의 일부를 체크밸브 전단측으로 공급하기 위한 보조배관과; 상기 보조배관에 설치되어 유로를 개폐하는 제어밸브를 포함한다. More particularly, the present invention relates to a water piping system, and more particularly, to a method of controlling a water piping system by supplying a portion of a fluid at a rear end side of a check valve to a front end of a check valve, Which can mitigate the water impact caused by the water pipe. In order to solve the negative pressure or the low pressure formed at the front end of the check valve when the pump is stopped, a part of the fluid at the rear end of the check valve is connected to the check valve front end An auxiliary piping for supplying the gas to the reaction chamber; And a control valve provided in the auxiliary pipe for opening and closing the flow path.

DISTRIBUTION PIPE.

Work table adjustable tilting angle control

A work table is provided to allow a user to precisely adjust the angle of the work table by measuring the piston shift distance of a cylinder and displaying the result on the screen of a controller. A work table includes a base plate(10) having predetermined width and length; an upper plate(20) arranged on the base plate with a predetermined gap therebetween; a plurality of first hydraulic cylinders(30) arranged on the base plate and equipped with pistons; a screw shaft(40) having a predetermined length and coupled to one side of the piston; a motor(50) for rotating the screw shaft; a plurality of second hydraulic cylinders(60) connected to both ends of the first hydraulic cylinder and equipped with a piston contacting a bottom surface of the upper plate; a measurement unit for measuring left and right shift distance of the piston of the first hydraulic cylinder in accordance with the rotation of the screw shaft; and a controller for outputting the measured value of the measurement unit and controlling the angle of the upper plate.

Hosepipe remote control

FIELD: physics. SUBSTANCE: hosepipe control system, which includes a receiver (40, 42) and a transmission device (50), through which flow of water in the hosepipe (16) can be remotely controlled, as well as winding and unwinding the hose pipe from a coil. A receiver with different external characteristics can be used, as well as all those from hosepipe control system. EFFECT: reduced electrical energy consumed by electronic devices (40) of the system. 38 cl, 17 dwg РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) 2 371 748 (13) C2 (51) МПК G05B 7/00 (2006.01) B65H 75/48 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ, ПАТЕНТАМ И ТОВАРНЫМ ЗНАКАМ (12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ (21), (22) Заявка: 2005131228/09, 12.03.2004 (24) Дата начала отсчета срока действия патента: 12.03.2004 (73) Патентообладатель(и): ГРЕЙТ СТАФФ, ИНК. (US) (43) Дата публикации заявки: 10.06.2006 2 3 7 1 7 4 8 (45) Опубликовано: 27.10.2009 Бюл. № 30 (56) Список документов, цитированных в отчете о поиске: US 63337635 A, 08.01.2002. RU 20156701 C1, 15.07.1994. US 6279848 B1, 28.08.2001. US 6223139 B1, 04.09.2001. US 2002016686 A1, 14.11.2002. 2 3 7 1 7 4 8 R U (86) Заявка PCT: US 2004/007953 (12.03.2004) C 2 C 2 (85) Дата перевода заявки PCT на национальную фазу: 13.10.2005 (87) Публикация PCT: WO 2004/080161 (23.09.2004) Адрес для переписки: 125502, Москва, ул. Лавочкина, 50-1, кв.24, пат.пов. Н.Л.Цетович (54) ДИСТАНЦИОННОЕ УПРАВЛЕНИЕ ДЛЯ ЭКСПЛУАТАЦИИ ШЛАНГА (57) Реферат: Изобретение относится к области автоматического управления. Система управления шлангом включает ресивер (40, 42) и передающее устройство (50), с помощью которых возможно осуществление дистанционного управления как потока воды через шланг (16), так и наматывание и сматывание шланга с катушки. Техническим результатом является снижение электроэнергии, потребляемой электронными устройствами (40) системы. Ресивер может быть использован с различными внешними характеристиками, как и все из системы управления шлангом. 3 н. и 35 з.п. ...

Piston structure and liquid feeder valve

本发明提供一种具有一第一侧面和一第二侧面的活塞结构，和在一形成于活塞(1，22)的外部的凹进部分(6)中，放置一弹性的密封件(5，11，21)，凹进部分(6)的轴向宽度和至少在一些地方的径向深度大于密封件(5，11，21)的横截面直径，由于两个侧面的压力差，密封件能在移动第一位置和移动第二位置之间移动，因而交替地确定一不大于A1的累积横截面面积和一最小的流过活塞的横截面积，或一不大于A2的累积横截面面积和一最小的流过活塞的横截面积，A1和A2小于最小的流过活塞的横截面积。本发明还涉及一种包括该活塞结构的液体供给阀，用于允许液体从一液体增压源以一确定的数量或持续一段时间地流过。

Canister flush valve

一种罐式冲洗阀，其具有直立杯状中空浮子(30)，所述浮子在浮力作用下工作，而不用保持空气体积以在冲洗循环期间控制所述阀。可设计所述浮子的底壁上的带罩盖的泄水孔(70)的尺寸和数量以有选择性地控制所述阀的关闭时间。所述带罩盖的泄水孔的折流板(72)改变泄入所述浮子的水的方向以防止水喷到所述水箱的盖子上。密封件保持凹槽(80)的几何形状被设计为减少浮子/密封件界面上的泄漏。例如，所述凹槽具有带复合外形的环形壁，所述复合外形形成非圆柱形的优选是蛇形的密封接触区(96)。所述密封件由正好位于所述保持凹槽上部的带槽凸缘(82)支撑。

Incipient rainwater ecological treatment system for river slope face

PURPOSE: An environment-friendly initial rainwater treatment system for river slope face is provided to minimize damage to riverbeds and swales having natural purification capacity of rivers. CONSTITUTION: An environment-friendly initial rainwater treatment system(10) comprises an initial rainwater separation tank(100), a rainwater control device(200), a storage tank(300), and a vegetation belt(400). The initial rainwater separation tank receives rainwater and lets initial rainwater to a side ditch(110). The initial rainwater separation tank makes the clear middle rainwater overflow in an overflow preventive projection and discharges the rainwater to a drain way connected to a river nearby(2) through a rainwater outlet(150). The rainwater control device comprises a vertical separation board and a buoyancy member. The vertical separation board receives the initial rainwater flowing in the side ditch. The vertical separation board is formed with an initial rainwater outlet. The buoyancy member is lifted by the buoyancy and opens and closes the initial rainwater outlet.

Device for converting a weak current that is insufficiently indicated by a fluid meter into a stronger current that starts at times

Return stopper

Возвратный ограничитель состоит из пустотелого корпуса, изготовленного из металлического или полимерного материала, имеющего с двух сторон отверстия для входа и выхода вещества и трубные резьбовые соединения напротив отверстий для врезки в трубопровод. Вдоль всего корпуса проходит ось, на которой крепятся составные части: турбина, понижающий редуктор, втулка с резьбой, запорная мембрана, закрепленная на гайке, имеющей односторонний рабочий ход, возвратная пружина, а на корпусе имеется седло запорной мембраны. Турбина установлена в потоке проходящего вещества с возможностью передачи вращающего момента на входную шестерню редуктора. Редуктор выходной шестерней соединен с возможностью передачи вращающего момента на втулку с резьбой. Втулка с резьбой выполнена с возможностью оказывать тормозящее действие на гайку с односторонним рабочим ходом и закрепленную на ней запорную мембрану при ее движении в сторону выхода вещества. Возвратная пружина выполнена с возможностью создавать усилие на запорную мембрану, противоположное проходящему потоку вещества. Запорная мембрана при посадке на седло запорной мембраны производит запирание прохождения вещества от входа к выходу. 10 ил. РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 2 676 824 C1 (51) МПК F16K 21/16 (2006.01) G01F 13/00 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ (52) СПК F16K 21/16 (2018.08); G01F 13/00 (2018.08) (21)(22) Заявка: 2017129768, 22.08.2017 (24) Дата начала отсчета срока действия патента: (73) Патентообладатель(и): Аджикелямов Альберт Джемалович (RU) Дата регистрации: 11.01.2019 (56) Список документов, цитированных в отчете о поиске: RU 2033816 C1, 30.04.1995. CA 2752745 A1, 26.08.2010. SU 1696877 A1, 07.12.1991. IL 168975 A, 30.11.2014. EP 0470133 A1, 12.02.1992. (45) Опубликовано: 11.01.2019 Бюл. № 2 R U (54) Возвратный ограничитель (57) Реферат: Возвратный ограничитель состоит из пустотелого корпуса, изготовленного из металлического или полимерного ...

Gas safety cock sticking timer

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