Abstract: The invention relates to an automatic valve for regulating a flow rate of liquid intended to circulate in a flexible tube, comprising: a cam system (23) mounted moveably on a base and rotationally around an axis of rotation, a bearing part (24) translationally mounted on the base, arranged to be translationally moved as a result of a rotational movement of the cam system (23), and comprising a compression portion (240), an abutment part (25) positioned opposite the compression portion (240), defining with the bearing part (24) a receiving space intended to receive a flexible tube (3), the translation of the bearing part (24) displacing the compression portion (240) along the direction of translation, in order to modify a dimension of the receiving space, a magnet and a magnetic sensor detecting the magnetic field generated by the magnet.

Abstract: Disclosed is a regulating vacuum valve having a first valve seat having a first valve opening defining a first opening axis and a first sealing surface surrounding the first valve opening, and a first valve disk having a first contact surface corresponding to the first sealing surface. The valve includes a drive unit coupled to the first valve disk to adjust at least between an open position to a closed position. The regulating vacuum valve has at least one second valve seat, having a second valve opening with a second sealing surface. In addition, a second valve disk having a second contact surface corresponding to the second sealing surface is provided. An overall valve opening of the regulating vacuum valve is formed by the first valve opening as a first valve partial opening and the second valve opening as a second valve partial opening.

Abstract: A tamper switch, tamper resistant valve and valve monitor are disclosed. The tamper resistant valve comprises a valve housing comprising a valve case and a valve cover, the valve case comprising a base and a wall, the valve cover removable from the valve case and the valve cover defining a housing mechanical linkage or part thereof; and a gear sleeve for fitting onto a main valve drive shaft, the gear comprising a valve mechanical linkage or part thereof for inter-fitting with the housing mechanical linkage or part thereof so the valve cover can only be removed when the valve mechanical linkage or part thereof and the housing mechanical linkage or part thereof are in an access orientation and not a secure orientation.

Abstract: A valve including a valve body. An actuation housing of the valve body surrounds an actuation cavity. The actuation housing includes a first port configured for entry of actuating air and a second port configured for exhausting the actuating air. A poppet is configured for movement within the valve body and includes a barrier located within the actuation cavity. The poppet being actuated to an open position using the actuating air entering in the first port. When the poppet is in the open position, the actuating air flowing between the first port and the second port cools the stem.

Abstract: A locking device for a regulator and/or valve is disclosed herein. The locking device includes an adjustment head barrier assembly, the adjustment head barrier assembly configured to restrict access to an adjustment head of a regulator and/or valve so as to prevent a tool from engaging the adjustment head; a housing assembly configured to be disposed over the adjustment head barrier assembly, the housing assembly configured to restrict access to the adjustment head barrier assembly and protect the adjustment head barrier assembly from exposure to outdoor precipitation; and a locking assembly configured to removably couple the housing assembly to the adjustment head barrier assembly, the locking assembly configured to prevent unauthorized access to the adjustment head barrier assembly and the adjustment head of the regulator and/or valve.

Abstract: [Problem] The main purpose of the present invention is to provide a casing for a fluid controller capable of enabling maintenance inside the casing even in a state where the lower part of the casing is fixed to a main body of a fluid controller, and improving maintainability. [Solution] A casing 1 for covering devices 104,106,108 on a main body 101 of a fluid controller 100, the casing 1 is configured so as to be dividable into a plurality of parts, and the plurality of parts comprising a first part 2 provided with a fixing portion 2i for fixing to the main body 101, a second part 4 attached to the first part 2, and a third part 5 attachably and detachably provided at an upper partition higher than a predetermined height position of the casing 1.

Abstract: A mobile water/fluid collection, recirculation management apparatus and system for the promotion of best and safest practices by firefighting engineers, candidates fire departments, agencies, colleges and academies as well as for the NFPA (National Fire Protection Agency) recommended annual testing of other apparatuses, pumps, and appliances, which allows for engineers and candidates to train and practice their requisite evolutions and drills using full-flow water/fluids at full and various pressures including, but not limited to, drafting, flowing hand lines, deck guns, ground monitors, aerials and ladder pipes, nozzles and appliances while returning the water/fluid to the apparatus via direct and indirect connections. All returning water/fluids encounter the diffuser screen that is internal and integral to the unit and/or via the roof receiver/diffuser.

Abstract: A device for locking a turning handle of a valve containing a handle for actuating a shut-off element of a valve, a latching ring that can be arranged in a rotationally conjoint manner on a valve housing support for an actuating device and an adapter that can be arranged on a drive journal of a shut-off element such that it can be fixed and released again, wherein the adapter and the handle are connected to one another in a releasable manner, wherein an axially displaceable and non-rotatable sliding ring is arranged on the handle, wherein the sliding ring can be displaced axially into a locking or open position and in the locking position the sliding ring locks the rotational movement of the handle and the handle cannot be removed from the valve on account of the position of the sliding ring in the locking position.

Abstract: A system of where internal friction otherwise known to be back pressure or resistance is eliminated and iterations of power transfers allows for a greater use of the effort put into the use of the device embodied within the 2 powered system, as presented here as to teach others how we, as in the use of shared and sustained power, may be able to reduce the consumption of power and where certain artifacts are taken to power stages within a hose. To aid in lessening the power needed when a material is compressed into a hose forcing a pump implemented in the duty range to produce such pressure is unduly burdened. To achieve equilibrium within the material delivery system by inducing movement and in doing so making the jerking action of energy transfer across unequal pressures to be relieved.

Abstract: A bellows is configured for use on a valve. These configurations may include a corrugated section that is hollow to receive a valve stem therethrough. At its ends, the corrugated section can terminate at adapters. In one implementation, additive manufacturing can construct the bellows as a unitary or monolithic unit, avoiding welds or fasteners that can complicate manufacture of the parts. This techniques can create interfaces between the corrugated section and the adapters that comprises the same material as the adjacent parts.

Abstract: The invention related to a concrete-pump boom-arm segment having an upper chord (33), a lower chord (34) and two lateral parts (35, 36) which connect the upper chord (33) and the lower chord (34). The boom-arm segment comprises a longitudinal connection (44) between two subregions (41, 42) of the boom-arm segment which adjoin one another in the longitudinal direction, wherein the longitudinal connection (44) extends over a chord portion (56, 66) and over a lateral part portion (53, 63). The lateral part portion (53, 63) is bent over with respect to the chord portion (56, 66) in the first subregion (41) and in the second subregion (42). The material thickness of the chord portion (56) is greater in the first subregion (41) than the material thickness of the chord portion (66) in the second subregion (42). The invention additionally relates to a method for producing such a boom-arm segment.

Abstract: A needleless connector includes a housing having a central longitudinal axis, a body portion, and a base portion. The body portion includes an inner surface forming an internal cavity, and a first port forming a first fluid passage to the housing cavity. The base portion includes a top end section and a bottom end section. The top end section has a protrusion, and the bottom end portion has a second port forming a second fluid passage to the housing cavity. The needleless connector further includes a valve having a wall with an inner surface forming a valve cavity. The valve is coupled with the housing such that the protrusion is positioned in the valve cavity, and a proximal end of the protrusion is spaced apart from a proximal end of the valve cavity.

Abstract: A system for distributing a fluid in a vehicle, comprising: a plurality n of independent fluid ejection devices; a plurality n?1 of distributors, each having an inlet, a first outlet and a second outlet and being configured to establish a fluid connection either between the inlet and the first outlet or between the inlet and the second outlet; the inlet of a first distributor being connected to a pump connected to a fluid reservoir; each independent ejection device being connected to an outlet of a distributor; at least one outlet of a distributor being connected to the inlet of a subsequent distributor.

Abstract: A device for controlling the supply of a gas comprises an inlet that can be connected to a gas source, a supply outlet, a regulating chamber communicating with the inlet and outlet, a pressure regulation membrane, means for opening/closing the inlet, and a unit for manually actuating the device, which unit can move with respect to a main axis, wherein the actuation unit is operatively connected to the opening/closing means in order to open/close the inlet, the actuation unit also being operatively connected to the resilient opposition member and comprising means of regulating the resilient opposition member that are capable of varying said opposing force.

Abstract: A blowout preventer (BOP) includes a main body comprising a bore extending therethrough and a pair of opposing upper and lower rams configured to shear a tubular extending through the bore. The upper ram includes a first sloped surface oriented crosswise to a vertical axis, the lower ram comprises a second sloped surface oriented crosswise to the vertical axis, and the first sloped surface and the second sloped surface are parallel to one another.

Abstract: A fluid control system for supplying fluid to a fluid consumer, having a valve module including a channel body to which a fluid switching valve, a fluid pressure regulator and a vacuum switching valve are attached, the channel body having a first fluid channel extending from a fluid input port to an input port of the fluid pressure regulator and having a second fluid channel extending from an output port of the fluid pressure regulator to an input port of the fluid switching valve, and having a third fluid channel extending from an output port of the fluid switching valve to a fluid consumer port, and having a first vacuum channel extending from a vacuum input port to an input port of the vacuum switching valve, and having a second vacuum channel extending from an output port of the vacuum switching valve to the fluid consumer port.

Abstract: A pressure independent control valve (PICV) is disclosed. The PICV has a body having a flow path extending therethrough and a cavity within the flow path to releasably receive a mechanism via an aperture. The PICV also has a cap comprising the mechanism. The cap is configured to move between a locked position where the cap is retained on the body and an unlocked position where the cap is releasable from the body. The cap is retained in the locked position by one or more bayonet fixings.

Abstract: A backflow prevention assembly has a body having a first bucket with a sidewall extending between a closed end and an open end along a first bucket axis, a first conduit extending from an inlet of the sidewall of the first bucket, and a second bucket having a sidewall extending between a closed end and an open end along a second bucket axis. A second conduit extends between an outlet of the sidewall of the first bucket and an inlet of the sidewall of the second bucket, and a third conduit extends from an outlet of the sidewall of the second bucket. The conduits extend along a conduit axis that is perpendicular to the bucket axes. The valve assembly includes covers secured over the open ends of the buckets and a valve member located in each bucket that is biased to prevent reverse flow through the inlets of the buckets.

Abstract: An apparatus is disclosed as including a first material volume with at least a hardened portion and a second material volume that includes at least two layers. The first material volume is composed of at least a hardenable alloy of steel. The at least two layers is located adjacent to a first surface comprising the hardened portion of the first material volume. The at least two layers includes a first layer composed of at least a ductile low-carbon alloy of steel and a second layer composed of at least a cobalt-based hardfacing over the first layer. The apparatus is applicable in preparing shear ram blocks and shear ram blades to provide a hardened blade edge with an adjacent hardfacing surface.

Abstract: A valve assembly for controlling inflation and deflation is provided. The valve assembly includes a rapid-deflate valve cover having a central passage extending through the annular body; an internally threaded portion positioned within the central passage configured to threadingly interface with an externally threaded portion of a valve stem; and a pressure relief formed in the internally threaded portion. The rapid-deflate valve cover can include a valve core positioned within the central passage near the proximal end and configured to selectively permit gas flow from the proximal end into the central passage past the valve core. When the rapid-deflate valve cover is in a closed position, the annular body contacts the valve stem to prohibit gas flow through the central passage. When the rapid-deflate valve cover is in the open position, the body is positioned away from the valve stem to permit gas flow into the central passage.