초록 ▼

A translation and locking mechanism for a projectile that is lying in a standby position within a rocket motor in a missile, wherein the projectile is translated with respect to the rocket motor by means of a pyrotechnic charge before the rocket motor is ignited. The rear end of the projectile inclu

A translation and locking mechanism for a projectile that is lying in a standby position within a rocket motor in a missile, wherein the projectile is translated with respect to the rocket motor by means of a pyrotechnic charge before the rocket motor is ignited. The rear end of the projectile includes at least one radially spring biased lock and the front part of the rocket motor includes an internal circumferential groove that the at least one lock snaps into when the at least one lock is translated to the groove.

대표청구항 ▼

1. A translation and locking mechanism for a projectile that is lying in a standby position within a rocket motor in a missile, where the projectile is translated with respect to the rocket motor by means of a pyrotechnic charge before the rocket motor is initiated, wherein the rear end of the proje

1. A translation and locking mechanism for a projectile that is lying in a standby position within a rocket motor in a missile, where the projectile is translated with respect to the rocket motor by means of a pyrotechnic charge before the rocket motor is initiated, wherein the rear end of the projectile and the front end of the rocket motor comprise respectively either at least one radially spring biased lock or a circumferential groove that the at least one lock snaps into when the at least one lock and the groove are aligned. 2. The translation and locking mechanism of claim 1, wherein the rear end of the projectile includes the at least one radially biased lock and the front part of the rocket motor includes the circumferential groove that the at least one lock snaps into when the at least one lock is translated to and is aligned with the groove, wherein the at least one lock is spring biased radially outwards and the groove is an internal circumferential groove in the front part of the rocket motor. 3. The translation and locking mechanism of claim 1, wherein the front part of the rocket motor includes the at least one radially spring biased lock and the rear end of the projectile includes the circumferential groove that the at least one lock snaps into when the groove is translated to and is aligned with the at least one lock, wherein the at least one lock is spring biased radially inwards and the groove is an external circumferential groove in the rear part of the projectile. 4. The translation and locking mechanism of claim 1, wherein the rear end of the projectile is a power piston. 5. The translation and locking mechanism of claim 4, wherein the power piston is releasable together with the rocket motor. 6. The translation and locking mechanism of claim 1, wherein the lock is a locking lug or retainer. 7. The translation and locking mechanism of claim 1, wherein the lock comprises a C-formed piston locking ring. 8. The translation and locking mechanism of claim 1, wherein the projectile is a penetrator. 9. A missile comprising: a rocket motor defining a translation tube; a projectile positioned within the translation tube; and a power piston positioned within the translation tube, wherein the power piston, when activated, urges the projectile along and out of the translation tube and wherein the power piston includes a spring biased locking mechanism that engages with the front of the rocket motor when the projectile has been urged out of the translation tube to thereby retain the power piston in the rocket motor. 10. The missile of claim 9, wherein a groove is formed in the front of the rocket motor into which the spring biased locking mechanism is urged. 11. The missile of claim 10, wherein the spring biased locking mechanism is biased radially outward. 12. The missile of claim 9, wherein the power piston is activated by a pyrotechnic charge.