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A mounting arrangement (46) for mounting a turbofan gas turbine engine (10) on an aircraft pylon (44). The gas turbine engine (10) comprises a core engine (24) having a core engine casing (26). The mounting (46) comprises a first mounting (48) for mounting the core engine casing (26) on the pylon (4

A mounting arrangement (46) for mounting a turbofan gas turbine engine (10) on an aircraft pylon (44). The gas turbine engine (10) comprises a core engine (24) having a core engine casing (26). The mounting (46) comprises a first mounting (48) for mounting the core engine casing (26) on the pylon (44) and a second mounting (50) for mounting the core engine casing (26) on the pylon (44). The first mounting (48) comprises a first hinge adjacent (52) the core engine casing (26) and a second hinge adjacent (54) adjacent the pylon (44). The first hinge (52) is arranged parallel to the axis (S) of the gas turbine engine (10) to form a roll hinge. The second hinge (54) is arranged in a plane perpendicular to the axis (S) of the gas turbine engine (10) to form a pitch hinge. The second mounting (50) comprises a third hinge (56) adjacent the core engine casing (26) and a fourth hinge (58) adjacent the pylon (44). The third and fourth hinges (56, 58) are arranged in a plane perpendicular to the axis (S) of the gas turbine engine (10). The hinges (52, 54, 56, 58) are elastic hinges.

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A mounting arrangement (46) for mounting a turbofan gas turbine engine (10) on an aircraft pylon (44). The gas turbine engine (10) comprises a core engine (24) having a core engine casing (26). The mounting (46) comprises a first mounting (48) for mounting the core engine casing (26) on the pylon (4

A mounting arrangement (46) for mounting a turbofan gas turbine engine (10) on an aircraft pylon (44). The gas turbine engine (10) comprises a core engine (24) having a core engine casing (26). The mounting (46) comprises a first mounting (48) for mounting the core engine casing (26) on the pylon (44) and a second mounting (50) for mounting the core engine casing (26) on the pylon (44). The first mounting (48) comprises a first hinge adjacent (52) the core engine casing (26) and a second hinge adjacent (54) adjacent the pylon (44). The first hinge (52) is arranged parallel to the axis (S) of the gas turbine engine (10) to form a roll hinge. The second hinge (54) is arranged in a plane perpendicular to the axis (S) of the gas turbine engine (10) to form a pitch hinge. The second mounting (50) comprises a third hinge (56) adjacent the core engine casing (26) and a fourth hinge (58) adjacent the pylon (44). The third and fourth hinges (56, 58) are arranged in a plane perpendicular to the axis (S) of the gas turbine engine (10). The hinges (52, 54, 56, 58) are elastic hinges. associated with the first valve member. 10. The dispenser of claim 9 wherein said flow control device is provided by a plurality of grooves in said first valve member and a resilient member connected to the second valve member for engagement in said grooves. 11. The dispenser of claim 1 further including an elongated spout connected to the body member, the spout adapted to be hung on a bucket. 12. The dispenser of claim 11 further including a flexible tube member connected to the eductor and the spout. 13. The dispenser of claim 12 wherein the first part of the eductor is rotatable and extends from the body member. 14. The dispenser of claim 11 wherein the eductor is composed of first and second parts, only one of which is rotatable. 15. The dispenser of claim 1 further including a spray nozzle connected to the eductor. 16. The dispenser of claim 15 wherein a second part is nonrotatable and includes a fluid passage. 17. The dispenser of claim 1 wherein the trigger member includes a latching mechanism. 18. The dispenser of claim 17 further including a dilution adjustment member connected to the rotatable eductor. 19. The dispenser of claim 1 wherein the valve member includes first and second valve members, the second valve member in contact with but unconnected to the nonrotatable eductor, the valve members constructed and arranged so that when the first valve member is moved in a linear slideable manner with respect to the second valve member, a first flow rate is effected and when the second valve member is moved in a linear slideable manner with respect to the body portion with the first valve member moved linearly with respect to the second valve member, a second faster flow rate is established. 20. The dispenser of claim 19 further including a flow control device operatively associated with the first and second valve members. 21. The dispenser of claim 20 wherein the flow control device includes grooves in the first valve member and a resilient member carried by the second valve member in contact with the grooves. 22. A dispenser for dispensing different concentrations of chemical concentrate into a stream of water from a concentrate container at different flow rates comprising: a body member having a through bore with an inlet end adapted to be connected to a source of pressurized water at one end and an outlet at the opposite end; a product passage and a vent passage communicating with the through bore; an eductor slideably and rotatably received in the through bore; and a valve member positioned in the through bore for regulating the flow of water through the through bore and the eductor. 23. The dispenser of claim 22 wherein the eductor is composed of first and second parts, only one of which is rotatable. 24. The dispenser of claim 23 wherein the first part of the eductor is rotatable and extends from the body member. 25. The dispenser of claim 24 wherein the second part of the eductor is nonrotatable and the first and second parts of the eductor provide a fluid passage with the product passage. 26. The dispenser of claim 25 further including a dilution adjustment member connected to the rotatable eductor. 27. The dispenser of claim 22 wherein a seal is constructed and arranged to seal both the product passage and the vent passage. 28. The dispenser of claim 26 wherein the dilution adjustment member includes a multiplicity of different sized passages. 29. The dispenser of claim 22 wherein the valve member is composed of two parts with one part being slideable within the other part and providing a sealing contact therebetween, the second part providing a passage for liquid therethrough. 30. The dispenser of claim 29 wherein the one part is free to slide over the other part a predetermined distance. 31. The dispenser of claim 30 wherein the one part includes a multiplicity of grooves and the other part has a resilient member connected thereto, the grooves and resilient member constructed and arranged to provide