초록 ▼

A self-contained fuze module, for installation on pieces of ordnance, having sensing devices and processing capability within the fuze module to determine whether conditions have been met to arm the ordnance. The fuze module is a unitary sealed module communicating with a launch vehicle via one or

A self-contained fuze module, for installation on pieces of ordnance, having sensing devices and processing capability within the fuze module to determine whether conditions have been met to arm the ordnance. The fuze module is a unitary sealed module communicating with a launch vehicle via one or more communication/power buses.

대표청구항 ▼

What is claimed is: 1. A high reliability fuze module within a weapon comprising: means to transfer data and power between a launch vehicle and said fuze module that optionally comprises an umbilical having at least one bus; means for operating said fuze module located within said fuze module; a pl

What is claimed is: 1. A high reliability fuze module within a weapon comprising: means to transfer data and power between a launch vehicle and said fuze module that optionally comprises an umbilical having at least one bus; means for operating said fuze module located within said fuze module; a plurality of sensors located within said fuze module, said sensors being operatively connected to said means for operating said fuze module; said fuze module being a sealed unitary structure located within a weapon; said plurality of sensors detecting a plurality of conditions required for an arming of said weapon; said means for operating said fuze module receiving a plurality of data from a guidance system on said weapon; and said fuze module being armed by said means for operating said fuze module when analysis of said data indicates a safe separation of said weapon from said launch vehicle, and said sensors detect both a continuous decrease in the time it will take for said weapon to reach a target and a continuous decrease in the distance between said weapon and said target. 2. The fuze module of claim 1, wherein said analysis of said data indicates a safe separation of said weapon from said launch vehicle when an acceleration profile of said weapon matches a valid peak acceleration profile. 3. The fuze module of claim 1, wherein said means for controlling said fuze module renders safe said fuze module after safe separation from said launch vehicle when said sensors detect a non-continuous, excepting non-continuous discrepancies due to re-targeting, decrease in the distance between said weapon and said selected target. 4. The fuze module of claim 1, wherein said means for controlling said fuze module renders safe said fuze module after safe separation from said launch vehicle when said sensors detect a non-continuous, excepting non-continuous discrepancies due to re-targeting, decrease in the time for said weapon to reach said selected target. 5. The fuze module of claim 1 wherein said weapon includes a thermal battery; said thermal battery being activated within a predetermined period of time after a release consent signal is received by said weapon; said release consent signal being removed from said weapon when said thermal battery has been activated for a predetermined period of time; said fuze module being armed by said means for operating said fuze module when analysis of said data indicates a safe separation of said weapon from said launch vehicle, said sensors detect a continuous decrease in the time it will take for said weapon to reach a target, a continuous decrease in the distance between said weapon and said target, or both a decrease in the time it will take for said weapon to reach said target and a continuous decrease in the distance between said weapon and said target, and after said release consent signal has been removed from said weapon.