초록 ▼

A safety fuze includes a magneto striker generator (MSG) as its a power generation source. The MSG provides energy to energize an electronic unit and a safety and arming device. The safety fuze allows safety and arming of military hand grenades, with a fully out-of-line explosive initiator and an in

A safety fuze includes a magneto striker generator (MSG) as its a power generation source. The MSG provides energy to energize an electronic unit and a safety and arming device. The safety fuze allows safety and arming of military hand grenades, with a fully out-of-line explosive initiator and an integrated power generation means, for improving safety and performance. The MSG includes a striker and a receiving bobbin that houses a conductive coil. The striker comprises a permanent magnet that is mounted on a pivot mechanism for allowing a rotational displacement of the permanent magnet, into the bobbin, in order to generate an electrical current. As the permanent magnet is being inserted inside the bobbin, the magnetic flux change induces an electric current in the coil, creating the necessary energy for the fuze operation.

대표청구항 ▼

1. A safety fuze for use in a grenade, comprising: a fuze body that includes a striker body and a manual safety device;an electronic unit housed within the striker body, to initiate an explosive train; a safety and arming device housed within the striker body;a power generation source for selectivel

1. A safety fuze for use in a grenade, comprising: a fuze body that includes a striker body and a manual safety device;an electronic unit housed within the striker body, to initiate an explosive train; a safety and arming device housed within the striker body;a power generation source for selectively energizing the electronic unit and the safety and arming device, upon activation;wherein the power generation source is housed partly within the fuze body and partly within the manual safety device;wherein, in a deactivated state, the power generation source includes a striker that is housed within the manual safety device, and a complementary component that is housed within the striker body, along with a safety and arming device that keeps the explosive train out of line until activation;wherein upon release of the manual safety device, the striker is released from within the manual safety device and rotates around a pivot mechanism in order to strike and compress the complementary component; andwhere n the compression of the complementary component by the striker causes the power generation source to be activated. 2. The safety fuze according to claim 1, wherein the power generation source includes a piezoelectric striker generator. 3. The safety fuze according to claim 2, wherein the striker of the piezoelectric striker generator includes a weighted block. 4. The safety fuze according to claim 3, wherein the complementary component includes a piezoelectric element. 5. The safety fuze according to claim 4, wherein the weighted block is mounted on the pivot mechanism for allowing a rotational displacement of the weighted block against the piezoelectric element, in order to generate an electrical current. 6. The safety fuze according to claim 5, wherein the pivot mechanism includes an elastic element that effects movement of the pivot mechanism, and that is secured at another end to a hard mount within the manual safety device. 7. The safety fuze according to claim 1, wherein the manual safety device includes an activating lever. 8. The safety fuze according to claim 7, wherein the manual safety device further includes a safety lever. 9. The safety fuze according to claim 8, wherein the release of the manual safely device includes a sequential occurrence of the removal of the safety pin and the release of the safety lever. 10. The safety fuze according to claim 9, wherein the fuze enters an armed, activated state upon sensing any one or more of: an impact of the grenade with a target, and a time delay trigger.