| 摘要 |
t is disclosed herein a portable and autonomously-working device adaptable to the laterally-located trap-hole of old-technology and mechanically-operated anti-tank mines which, from now on, will be remotely initiated from a predefined distance fromthe tank, by use of microelectronic means. It is utilised as a booby-trap mechanism and is provided with an incorporated real time system subjected to the electronic signature principle applied to the detection of objects (tanks, in our case), whichare identified and localized with the use of three electronic sensors whose operation is based on different operational principles. When the electronic signature of the tank is detected from a predetermined distance, the real time system energizes, with the adequate voltage it supplies its output, an electric detonator which, in sympathy to the real time system, explodes and actuates a connected thereto M1-type explosive filling producing an adequate explosion wave capable of initiating the mine. The particularity of the device consists in that it is portable and adaptable to the laterally-located trap-hole of old-technology and mechanically-operated mines, and in that, it upgrades and converts these last into new-technology, electronically-operated, wide-range anti-tank mines. |
