Antipersonnel training mine
First Claim
1. A mine simulator system comprising an inground component for emitting an acoustic signal, a means in said inground component for activating said acoustic signal, a target component comprising a means for detecting an acoustic signal, a means responsive to said detecting means for identifying said acoustic signal, and a means responsive to said identifying means for activating a pre-existing multiple integrated laser engagement systems (MILES) audible alarm system upon identification of said acoustic signal wherein said inground component comprises:
- an outer housing,an inner housing movable with respect to said outer housing, means for moving said inner housing in relation to said outer housing,a release mechanism to control movement of said inner housing with respect to said outer housing, anda means to produce said acoustic signal upon activation of said release mechanism.
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Accused Products
Abstract
An acoustic training mine simulator system for use with the pre-existing tiple Integrated Laser Engagement System (MILES). The MILES, located on a target, responds to the acoustic output of said mine simulator upon simulated detonation. The MILES acoustic detection circuitry momentarily disconnects the MILES power supply from the rest of the MILES circuit, causing the MILES to generate an audible alarm indicating a target has been hit.
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Citations
4 Claims
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1. A mine simulator system comprising an inground component for emitting an acoustic signal, a means in said inground component for activating said acoustic signal, a target component comprising a means for detecting an acoustic signal, a means responsive to said detecting means for identifying said acoustic signal, and a means responsive to said identifying means for activating a pre-existing multiple integrated laser engagement systems (MILES) audible alarm system upon identification of said acoustic signal wherein said inground component comprises:
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an outer housing, an inner housing movable with respect to said outer housing, means for moving said inner housing in relation to said outer housing, a release mechanism to control movement of said inner housing with respect to said outer housing, and a means to produce said acoustic signal upon activation of said release mechanism. - View Dependent Claims (2, 3, 4)
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Specification