Abstract: A flow dividing manifold (12) divides a flow of anhydrous ammonia having both liquid and gas phases into separate flow paths. The manifold (12) has a first mixing nozzle (32) for concentrating the flow of the anhydrous ammonia in a first direction (46) against a first enclosed end (50) of a first mixing chamber (48). A second mixing nozzle (48) concentrating the flow of anhydrous ammonia in a second direction (76) orthogonal to the first direction (46) and against a second enclosed end (80) of a second mixing chamber (78). A flow divider structure (96) is disposed about an outward end of the second mixing chamber (78) and has a plurality of flow ports (90) which are angularly spaced around and extend orthogonal to the second flow direction (76) through the second mixing nozzle (64).

Abstract: A hose bend bleeder is combined with first and second hoses, with the hose bend bleeder being located at the bottom of a bend in a flow path established by the hoses. The hose bend bleeder has a bleed screw and a downwardly facing exit passageway.

Abstract: An audible fishing weight has a striker is constrained for reciprocating linear motion relative to at least one anvil face between upper and lower limits of the motion. The striker and anvil face are adapted and arranged to produce fish-attractive sound when the striker contacts the anvil face at the lower limit of the striker linear motion with respect to the anvil face.

Abstract: A separating liquid shut-off for an ammonia vapor transfer system has a centrifugal liquid-vapor separator and a float-actuated shut-off valve.

Abstract: An audible fishing weight has a striker is constrained for reciprocating linear motion relative to at least one anvil face between upper and lower limits of the motion. The striker and anvil face are adapted and arranged to produce fish-attractive sound when the striker contacts the anvil face at the lower limit of the striker linear motion with respect to the anvil face.

Abstract: An ammonia distribution system has an ammonia meter, and a pre-cooler heat exchanger with a reservoir located upstream of the meter and a cooling tube downstream of the meter.

Abstract: A hose bend bleeder is combined with first and second hoses, with the hose bend bleeder being located at the bottom of a bend in a flow path established by the hoses. The hose bend bleeder has a bleed screw and a downwardly facing exit passageway.

Abstract: An ammonia distribution system has a source of a mixed stream of ammonia liquid and vapor, and a vapor stripper located upstream of dividing structure within an ammonia dividing manifold.

Abstract: A quality of service (QOS) server gathers information in relation to transport introduced delays and obliterations of so called real-time protocol (RTP) signal streams which are used to packetize signals of synchronous signals origins, for example origins such as telephones and raster scan apparatus, for transport via the IP network. The QOS server is able to provide recently gathered QOS information about a requested call, apriori the actual call set up. In an example of a PBX call centre, an automatic dialler is coupled with a QOS server and in relation to endpoint and route selected data, determines if an IP telephony call should proceed, contingent upon the probable QOS being sufficient, before a call controller initiates a call set up.

Abstract: An ammonia excess flow valve has a seal ring (24) slidably positioned around at least two retainer vertical members (22B). A disk (26) has a disk central opening (26A) and a disk pin opening (26B) therethrough. The disk (26) is positioned adjacent to and below a retainer (22). A conduit (28) sealably connected to the disk (26) over the disk pin opening (26B) extends upwardly therefrom. The conduit (28) functions to permit the ammonia excess flow valve (10) to be reset by equalizing pressures on both sides of the disk (26) once excess flow that trips the ammonia excess flow valve (10) is remedied, minimizing creation of vapor.

Abstract: A device receives a volatile fluid, then separates the vapor phase portion from the liquid phase portion in a separation chamber, and then provides separate paths from the separation chamber to a selective outlet ring across liquid and gas orifices for each outlet in the ring, where the divided gas and liquid are recombined, thereby enhancing the equal distribution of the fluid.

Abstract: A predetermined separation fitting for a fluid conduit includes a body and walls in the body defining a predetermined separation point. A force applied to the body above a predetermined value will cause the fitting to separate.

Abstract: A safety system for a pressurized transfer installation having piping between a storage tank and a flexible transfer hose, includes a shut off valve located in the piping, the shut off valve having selectable closed and open positions, and a cable for mechanically shifting the shut off valve to the closed position, the cable extending to a position remote from the flexible transfer hose.

Abstract: An apparatus for dividing the vapor and liquid components of a two-phased flow of anhydrous ammonia includes an upper chamber, a lower chamber and a partition member interposed between the upper and lower chambers. The partition member includes walls defining an aperture between the upper and lower chambers. At least one vapor outlet extends through the top of the upper chamber, at least one liquid outlet extends through the bottom of the lower chamber, and at least one two-phase inlet extends through the lower chamber disposed to admit two-phase flow in tangential relation to an internal surface of the lower chamber.