초록 ▼

The missile comprises at least one separable propulsion stage and a terminal vehicle arranged to the front of the separable propulsion stage, said missile being provided at the front with a separable protective fairing comprising at least two individual shells and with a connecting part connected to

The missile comprises at least one separable propulsion stage and a terminal vehicle arranged to the front of the separable propulsion stage, said missile being provided at the front with a separable protective fairing comprising at least two individual shells and with a connecting part connected to the missile towards the rear beyond the position of the rear end of the terminal vehicle. The protective fairing is configured such that, when mounted on the missile, it surrounds all of the terminal vehicle and it is connected at the rear end to the connecting part by means of articulated connecting elements.

대표청구항 ▼

1. A missile, comprising: a separable propulsion stage that is located at a rear end of a missile along a longitudinal axis of the missile relative to a direction of travel of the missile driven by action of the separable propulsion stage;a terminal vehicle that is located at a front end of the miss

1. A missile, comprising: a separable propulsion stage that is located at a rear end of a missile along a longitudinal axis of the missile relative to a direction of travel of the missile driven by action of the separable propulsion stage;a terminal vehicle that is located at a front end of the missile along the longitudinal axis relative to the direction of travel of the missile;an intermediate body part that is located between the separable propulsion stage and the terminal vehicle and is connected to a front end of the separable propulsion stage relative to the direction of travel of the missile, and to a rear end of the terminal vehicle relative to the direction of travel of the missile, wherein the intermediate body part is configured to separate from said terminal vehicle prior to autonomous flight of the terminal vehicle;a connecting part connected to the intermediate body part at a location along the longitudinal axis that is towards the rear end of the missile relative to the terminal vehicle that is beyond a position of the rear end of the terminal vehicle toward the rear end of the missile along the longitudinal axis; anda separable protective fairing that comprises at least two individual shells, wherein said protective fairing, when it is fitted to the missile, surrounds a whole of said terminal vehicle and is connected to the intermediate body part via the connecting part by means of articulated connecting elements that are located at a rear end of the separable protective fairing relative to the longitudinal axis and the direction of travel of the missile. 2. The missile according to claim 1, wherein said connecting part has a general shape of a ring defined by an outer diameter that is substantially equal to a diameter of the intermediate body part. 3. The missile according to claim 1, wherein separation of the at least two shells by rotation of the articulated connecting elements about the connecting part releases the terminal vehicle to separate from the intermediate body part prior to the autonomous flight of the terminal vehicle. 4. The missile according to claim 1, wherein the articulated connecting elements are rotary connecting elements; and wherein said protective fairing, said connecting part and said rotary connecting elements form a monobloc assembly, said connecting part being capable of being fixed to a support portion of the missile. 5. The missile according to claim 1, further comprising: at least one internal pressure regulation unit that is located within the intermediate body part at a location along the longitudinal axis that is towards the rear end of the missile relative to the terminal vehicle that is beyond the position of the rear end of the terminal vehicle toward the rear end of the missile along the longitudinal axis, and that is distant from an aerothermodynamic flow at a nose of a front end of the protective fairing relative to the longitudinal axis. 6. The missile according to claim 5, wherein said internal pressure regulation unit comprises at least one valve arranged in at least one channel configured to generate a passage of air between an interior of the protective fairing and an exterior of the missile. 7. The missile according to claim 1, wherein said intermediate part is configured to support the terminal vehicle and comprises elements for the ejection of same. 8. The missile according to claim 1, further comprising: intermediate support elements arranged between the protective fairing and the terminal vehicle, said intermediate support elements being fixed to an internal face of the protective fairing and being in contact with an external face of the terminal vehicle. 9. The missile according to claim 1, further comprising: at least one system for absorbing shear forces between the shells of the protective fairing comprising:a plurality oblong recesses formed in a first wall of a first of the at least two individual shells and distributed along a length of the first wall; anda plurality of lugs that are fixed to a second wall of a second of the at least two individual shells and distributed along a length of the second wall;wherein in installation upon the intermediate body part the first wall and the second wall form a junction wherein each the lugs is located within one of the oblong recesses, wherein the lugs are movable within the oblong recesses along the length of the first wall, and wherein engaged of the lugs with walls of the oblong recesses prevents a transverse movement of the first wall relative to the second wall. 10. The missile according to claim 1, wherein the at least two shells are electrically conductive, further comprising: means configured to create electrical continuity between adjacent electrically-conductive shells of the at least two shells of the protective fairing that are selected from the group consisting of a conductive filled elastomer arranged at a junction of the shells, and a conductive metal braid at the junction between the shells.