Abstract: The invention relates to an assembly including a tap for controlling fluid under pressure and a protective cap mounted around said tap, the tap including at least one handling member that includes a lever pivotably connected to the body of the tap and manually actuatable by an operator between at least a first rest position adjacent to the body of the tap and a second active position shifted by a nonzero angle relative to the body of the tap, the cap defining an inner protective space for the tap and being provided with at least one first side opening that enables movement of the lever between the first and second positions, the lever in the second position thereof intercepting the plane of the first opening and optionally projecting beyond the space of the cap, and characterized in that, in the mounted position for the use thereof, the cap is turning, that is, freely movable in rotation relative to the body of the tap around an axis, and in that the portion of the cap defining the first opening has contact e

Abstract: A shut off cover removably attachable to a water shut off valve for protecting and decoratively covering the shut off valve.

Abstract: A fluid dispensing system includes a closure assembly. The closure assembly is configured to enclose a container opening. The closure assembly has a fluid supply tube with an opening and a shut-off valve threadedly coupled to the supply tube. The shut-off valve has a valve member configured to close the opening in the supply tube upon rotating the shut-off valve in a first direction and to open the opening in the supply tube upon rotating the shut-off valve in a second direction. A cap assembly is coupled to the closure assembly. The cap assembly has a connector member with a fluid passage fluidly coupled to the supply tube. The cap assembly is coupled to the shut-off valve to rotate the shut-off valve in the first direction and the second direction. The configuration of the system eliminates the need for spring based valves.

Abstract: An enclosure for a pressure relief device, particularly pressure relief devices mounted on electrical equipment housings, is pre-assembled together with the pressure relief device. The enclosure, which provides for temporarily confining and directing fluids discharged from the pressure relief device, is pre-assembled leaving a clearance space so that the pressure relief device can be mounted on the housing with the enclosure system in place. A peripheral shield with an opening for attaching the enclosure to a discharge pipe or other duct work remains rotatable until deliberately secured in place. Components can be shared between the enclosure and the pressure relief device to provide a more efficient and cost effective design.

Abstract: Fire hydrant locking devices prevent fire hydrants from being turned on without a key. A fire hydrant has a keyhole in its sidewall. A security bolt is threadedly inserted into the keyhole with one end frictionally engaging with the valve stem in the interior of the fire hydrant in one embodiment. In an alternative embodiment, the security bolt pushes a locking pin through a locking pin hole in the valve stem. The security bolt has key projections that are accessed through the keyhole by a key wrench. The key wrench has key slots that mate with the key projections. The key wrench has a handle for applying torque to the security bolt. The fire hydrant has hose connection ports connected to its sidewall that are removably covered by covers.

Abstract: The present invention provides a hydrant locking device to be used in conjunction with a fire hydrant having locking nuts which includes, a base arm having a first base arm portion and a second base arm portion. A top arm extends upwardly from the base arm and includes a top arm cap for covering at least one of the locking nuts. The first base arm portion is detachably secured to the second base arm portion, wherein the base arm and the top arm are secured to the fire hydrant when the first base arm portion is secured to the second base arm portion.

Abstract: A cylinder cap system for decreasing the amount of time required to remove and install a protective cap upon a gas cylinder. The cylinder cap system includes a cap member having a lower portion, a middle portion, an upper portion and a lower threaded opening, and a receiver member positioned concentrically within the upper portion for receiving a drive shaft of a ratchet tool. The receiver member is comprised of a floor and a plurality of inner walls forming a polygonal shaped structure for receiving a tool such as an allen wrench. A detent cavity is preferably positioned within an inner surface of the inner walls for catchably receiving a detent ball of the drive shaft of the tool.

Abstract: A fire hydrant locking device comprises a clamp which engages the hydrant stem and includes apertured butterfly wings which are engaged by a forked rod locking the stem in a closed position. The rod extends through a donut to engage a tubular recess in the cap. Spring loaded curved pins engage the rod within the tubular recess and extend outwardly through the cap. A wrench having a circular recess with inward projections engages the cap pins to permit turning the threaded cap and permit access to the locked stem for actuation of the hydrant.

Abstract: A fire hydrant security system for mounting on a standpipe of a fire hydrant wherein the hydrant has a mounting surface with holes therethrough and a bonnet mounted on the mounting surface, the bonnet surrounding a valve operating spindle assembly. The system includes a security gap which is surrounded by a protective collar spaced from the security cap to define an annular gap. An operating tool having a socket which fits into the gap and surrounds the security cap is used to couple the security cap to the valve operating spindle to open the fire hydrant. The protective collar is preferably made of forged ductile iron and is bolted to the fire hydrant by being bolted to a mounting surface on the standpipe or by being secured by bolts to the bonnet. The security cap is thus protected from blows by sledge hammers wielded by vandals and water thieves.

Abstract: A method and system for securing the exposed valve stem of the hydrant valve system in order to conserve valuable reserve resources and maintain street water pressure by restricting the unauthorized use therefrom; including a first device keying the exposed valve stem, a second devise containing the exposed portion of the keyed valve stem, a third devise for maintaining ease of rotation, a fourth device for securing the second device to the existing valve system, and a fifth device for engaging and operating the first device.

Abstract: A tamper resistant construction for preventing unauthorized actuation of the hydrant nut of a fire hydrant by causing any lateral pounding or upward forces applied to the tamper resistant construction to be transmitted directly to the hydrant body cover of the fire hydrant including a packing nut threaded into the hydrant body cover proximate the hydrant nut, a hydrant nut actuating body located within the packing nut and mounted on the hydrant nut in turning relationship therewith, a shroud permanently or removably rotatably mounted on the packing nut in closely spaced relationship to a cap rotatably mounted on the hydrant nut actuating body, and a configuration on the hydrant nut actuating body between the cap and the shroud for receiving a special wrench.

Abstract: A tamper resistant construction for a fire hydrant including a hydrant nut actuating body for mounting on a hydrant nut, a shroud rotatably mounted on a first end portion of the hydrant nut actuating body, a cap rotatably mounted on a second end portion of the hydrant nut actuating body, a wrench-receiving portion on the hydrant nut actuating body, a spring mounted within the hydrant nut actuating body and secured to the cap for biasing the cap over the wrench-receiving portion, and a specialized wrench for retracting the cap and engaging the wrench-receiving portion on the hydrant nut actuating body to thereby turn the hydrant nut actuating body and a hydrant nut coupled thereto. The shroud may be removably mounted on the hydrant nut actuating body to permit access to set screws which secure the hydrant nut actuating body to the hydrant nut.

Abstract: A tamper resistant construction for a fire hydrant including a hydrant nut actuating body for mounting on a hydrant nut, a shroud rotatably mounted on a first end portion of the hydrant nut actuating body, a cap rotatably mounted on a second end portion of the hydrant nut actuating body, a wrench-receiving portion on the hydrant nut actuating body, a spring mounted within the hydrant nut actuating body and secured to the cap for biasing the cap over the wrench-receiving portion, and a specialized wrench for retracting the cap and engaging the wrench-receiving portion on the hydrant nut actuating body to thereby turn the hydrant nut actuating body and a hydrant nut coupled thereto.

Abstract: A tamper resistant construction for preventing unauthorized actuation of the hydrant nut of a fire hydrant by causing any lateral pounding or upward forces applied to the tamper resistant construction to be transmitted directly to the hydrant body cover of the fire hydrant including a packing nut threaded into the hydrant body cover proximate the hydrant nut, a hydrant nut actuating body located within the packing nut and mounted on the hydrant nut in turning relationship therewith, a groove in the packing nut, a plurality of studs extending between the hydrant nut actuating body and the groove in the packing nut, a shroud rotatably mounted on the hydrant nut actuating body in closely spaced relationship to a cap rotatably mounted on the hydrant nut actuating body, and a limited space between the cap and the shroud for receiving a special wrench.

Abstract: A cap for a cylinder of gas comprising a lower portion (2) adapted to be mounted on a gas cylinder (3) and an upper portion (1) defining internally a space (20-19) protecting a gas distribution valve structure (4) secured to the cylinder. The lower portion (2) comprises a portion (8) that projects laterally relative to the cylinder and comprises a downwardly opening cut out (12) permitting the support by hooking of the cap/cylinder assembly on a structural support element. The projecting portion (8) has a transverse external profile which is flat or of large radius of curvature permitting supporting on a flat surface the cap/cylinder assembly. The upper portion (1) comprises a transverse handle (22) in substantially vertical alignment with the laterally projecting portion (8). The upper portion (1) comprises two lateral vertical ribs (23A, 23B) connecting the handle (22) to the projecting portion (8). The cap/cylinder assembly is useful particularly for medical oxygen.

Abstract: A fire hydrant locking arrangement which is intended for utilization on a conventional fire hydrant. Moreover, also disclosed is a method of producing a fire hydrant locking arrangement through a heat-meltable locking ring which will inhibit the unauthorized opening of fire hydrants while facilitating the ready servicing of the internal components of the fire hydrant.