81 |
Automatic anchoring device for submarine mines. |
US1913751025 |
1913-02-27 |
US1072928A |
1913-09-09 |
ELIA GIOVANNI EMANUELE |
|
82 |
Submarine mine. |
US1909505192 |
1909-06-30 |
US937673A |
1909-10-19 |
BROOMELL ALBERT P |
|
83 |
Buoyant mechanical submarine mine. |
US1907383511 |
1907-07-12 |
US928789A |
1909-07-20 |
NOVERO TITO |
|
84 |
Explosive mine or projectile. |
US1905292239 |
1905-12-18 |
US910942A |
1909-01-26 |
MCCOMBIE THOMAS GERALD FITZ GIBBON |
|
85 |
jones |
US319626D |
|
US319626A |
1885-06-09 |
|
|
86 |
Josiah h |
US297648D |
|
US297648A |
1884-04-29 |
|
|
87 |
Manipulating and firing marine torpedoes |
US287221D |
|
US287221A |
1883-10-23 |
|
|
88 |
kka kb |
US217011D |
|
US217011A |
1879-07-01 |
|
|
89 |
Improvement in method of |
US43199D |
|
US43199A |
1864-06-21 |
|
|
90 |
Scuttling valve |
US689891 |
1976-05-25 |
US4004533A |
1977-01-25 |
Lionel L. Woolston |
The disclosed valve assembly permits the automatic scuttling, or sinking, floatable pressure vessels or other containers, and comprises an extensible, spring-restrained nozzle containing a spring-biased ball seal within a flow passage. Vessel internal pressure extends the nozzle from a retracted position to expose the exterior end of the flow passage. A calibrated restraining spring ring maintains the nozzle retracted and in the extended position during pressure vessel operation. The ball seal is displaced from a nonsealing position against a ball seat to preclude pressure relief through the flow passage. After exhaustion of internal pressure, the bias spring and external water pressure force the ball seal from the ball seat to permit water entry and subsequent sinking of the vessel. |
91 |
Electrical deployment control system for underwater ordnance |
US3648611D |
1970-05-13 |
US3648611A |
1972-03-14 |
NOEL EARL A |
Control apparatus for separating a mine casing from its anchor having a series of switches located in an explosive programmer which activates a main power source for the mine. The power source is serially connected to a normally open explosive switch in the explosive programmer, a hydrostatic pressure responsive switch, an electrically energizable explosive casing release, a tilt switch which is normally open whenever the mine is not vertically oriented, and a normally closed explosive switch also in the explosive programmer for sterilizing the system by opening after a predetermined time period.
|
92 |
Apparatus for anchoring a river mine or other explosive charge |
US3633508D |
1969-04-16 |
US3633508A |
1972-01-11 |
RIBBERINK ENGELBERTUS |
An anchoring apparatus, permitting the application of river mines or other explosive charges, is provided in which the charge and the anchor constitute the two base points and the ignition device contained in a floater constitutes the summit point of a triangular configuration consisting of these three elements and of the three cables interconnecting them. The reduced dimensions of the floater held in suspense beneath the water surface ensure a restricted detectability by sight thereof and a restricted surface area on which forces can be exerted by the flowing water.
|
93 |
Recovery release system |
US3463113D |
1966-05-23 |
US3463113A |
1969-08-26 |
FEYLING ANDERS F |
|
94 |
Locking device for flexible member |
US55877766 |
1966-06-20 |
US3351158A |
1967-11-07 |
KITE PAUL E |
|
95 |
Timed actuating mechanism |
US52210866 |
1966-01-21 |
US3319595A |
1967-05-16 |
DORN WILLIAM G VAN; FOGLEMAN HARRY F |
|
96 |
Mooring device |
US61517545 |
1945-09-08 |
US3038406A |
1962-06-12 |
ELMER WILLIAM B |
|
97 |
Moored mine |
US77826558 |
1958-12-04 |
US3004488A |
1961-10-17 |
WIELAND JR DANIEL T |
|
98 |
Anti-submarine mine |
US49845955 |
1955-03-31 |
US2996006A |
1961-08-15 |
MUZZEY JR DAVID S |
|
99 |
Anchor release for a moored drill mine |
US85343059 |
1959-11-16 |
US2961957A |
1960-11-29 |
SYLVAN WOLF |
|
100 |
Control systems |
US65290446 |
1946-03-08 |
US2960054A |
1960-11-15 |
ELMER WILLIAM B; RIMER RALPH R; REIZENSTEIN HARRY S |
|