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    • 2. 发明专利
    • ENDLESS STORAGE- AND CARRYING CHAIN IN AMMUNITION MAGAZINE
    • JPH02133799A
    • 1990-05-22
    • JP21514589
    • 1989-08-23
    • OERLIKON BUEHRLE AG
    • HANSUPEETAA NOOBETOBURUNOO RUTSUPEN
    • F41A9/04
    • PURPOSE: To accommodate acceleration forces occurring at the start of firing a weapon by employing a telescopicaily structured endless storage and conveyor chain integrated into a double loop and being driven, in the center thereof, by a booster motor through a deflection roller. CONSTITUTION: Upper part of a carrying chain 11 is pulled in the direction of arrow A by means of an auxiliary motor 15 through a deflection roller 14. The upper part of the carrying chain 11 also pulls the lower part thereof. Furthermore, the upper second part of the carrying chain 11 is pushed in the direction of arrow B by the auxiliary motor 15. The lower second part of the upper second carrying chain 11 is also pushed in the direction of arrow C. Consequently, the opposite central parts are pushed in the directions of arrow B, C and the opposite outer parts of the double Loop of carrying chain 11 are pulled. A deflection roller 13 being driven by a firing weapon us pulled in the directions of arrow B, C at the opposite central parts and pulled in the directions of arrow A, D at the opposite outer parts.
    • 3. 发明专利
    • OPTICAL VT FUSE
    • JPH01312400A
    • 1989-12-18
    • JP7871289
    • 1989-03-31
    • OERLIKON BUEHRLE AG
    • BEA DOU KOA
    • F42C13/02G01C3/00G01C3/06G01S17/02
    • PURPOSE: To prevent a target from being misjudged, by providing at least two light transmitters, by providing one light receiver to each transmitter, by repeatedly, continuously, and simultaneously measuring target distance by both the receivers, and by performing ignition when a response is simultaneously made. CONSTITUTION: Each of two transmitters 20 emits each of light transmission cone or conical light beams S1 and S2 pulsively. Two receivers 21 can perform detection only when reflected light exists inside both of light reception cones E1 and E2. Therefore, both the receivers 21 can identify a target only when the target exists in both of transmission and reception superimposition regions B1 and B2, thus preventing target misjudgment where a small object such as a fragment and a rain drop existing in the superimposition region B1 or B2 is the target. More specifically, since such objects are not recognized, ignition is not started by a proximity fuze.