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F42C9/12： ..带有环形燃烧元件

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
41	Delay units and methods of making the same	US11348698	2006-02-06	US20060236887A1	2006-10-26	John Childs; Lawrence Shank
A delay unit (10) comprises a timing strip (14) and, optionally, a calibration strip (20) deposited on a substrate (12). The timing and calibration strips comprise energetic materials which optionally may comprise particles of nanosize materials, e.g., a fuel and an oxidizer, optionally applied as separate layers. A method of making the delay units comprises depositing onto a substrate (12) a timing strip (14) having a starting point (14d) and a discharge point (14e) and depositing onto the same or another substrate a calibration strip (20). Timing strip (14) and calibration strip (20) are of identical composition and are otherwise configured, e.g., thickness of the strips, to have identical burn rates. The calibration strip (20) is ignited and its burn rate is ascertained. The timing strip (14) is adjusted by an adjustment structure to attain a desired delay period, preferably on the basis that the burn rate of the timing strip (14) is substantially identical to that of the calibration strip (20) and ascertaining the burn rate of the calibration strip. The adjustment may be attained by one or more of providing the timing strip with jump gaps (164), an accelerant or retardant (166a, 166b), completing the timing strip with a bridging strip (14c), or establishing a selected effective length of the timing strip by positioning one or both of a pick-up charge (16) and relay charge (18) over a portion of the timing strip.
42	Cartridge format delay igniter	US09514258	2000-02-28	US06470806B1	2002-10-29	Kenneth R. Murray
A training device for simulating the action of stun grenades and the like is provided by combining a delay cartridge with a conversion fitting that installs in a grenade body. A firing assembly fitted to the grenade body over the delay cartridge is percussively initiated through release of a hammer to activate a primer located on the end of the cartridge. The cartridge contains a delay-burning compound that subsequently activates a pyrotechnic charge. A suitable application is for training in the use of flash/bang training devices or “stun” grenades.
43	Time delay fuse	US356187	1964-03-31	US3981222A	1976-09-21	Donald E. Bowman
1. A method of making a time delay fuse comprising the steps of overlaying a fuse strip consisting essentially of a paper formed of non-combustible insulating fibers filled with a combustible compositon which evolves substantially no gas on burning with a backing strip wider than said fuse strip consisting essentially of a paper formed from non-combustible insulating fibers, both ends of said fuse strip extending beyond and normal to said backing strip, winding said overlaid fuse strip in a flat spiral around the circumference of a cylindrical core formed from non-combustible insulating fibers to form a cylindrical body having said both fuse strip ends exposed on the surface of said core while maintaining a high water content in said fuse strip, backing strip and core, axially compressing said body to form a compact, and drying said compact.
44		US35618764	1964-03-31	USB356187I5	1976-01-20

45	Initiator assembly	US33726773	1973-03-01	US3830158A	1974-08-20	DI PHILLIPO J; HOLVOET J
An initiator assembly having a pyrotechnic time delay which can be adjusted to any selected time delay setting within the adjustable range. A male adjustment screw, secured to a firing head assembly, has an internal cavity filled with booster propellant charges and is threadedly attached to the female threads of a flange nut. The adjustment screw has a lateral orifice fluidily communicating the cavity with the exterior surface or crest of a forwardmost male thread portion and a selected surface portion along a pyrotechnic fuze that lines the helically contoured root of the female threads and is embedded in the main propellant charge.
46	Ignition device in a rocket assisted projectile	US3713389D	1970-10-12	US3713389A	1973-01-30	HJELM K
An ignition device for a rocket-assisted projectile to be fired from a gun comprises a detonator which when activated ignites a delay composition of a kind burning without flame and without generating hot gases, and a support for a composition of the type burning when activated non-explosively with a hot flame for a prolonged period of time. This support is movable by the centrifugal force acting upon it when the projectile is fired and spins, from a rest position to an active position in which the composition on the support is ignited by the heat of the burning delay composition. The burning of the composition on the support member in turn, ignites via an also non-explosively burning priming charge the propellant fuel of the rocket motor of the rocket-assisted projectile.
47	Pyrotechnic coiled delay cord assembly for hand grenade fuze	US3705552D	1971-02-08	US3705552A	1972-12-12	LERMAN RUSSELL E
An improved hand grenade fuze that has an out-of-line metal sheathed pyrotechnic delay cord helically wound about a mandrel. The delay cord forms the threads of a delay-detonator assembly which cannot be screwed into the fuze head unless the delay cord is present thereby insuring the presence of the delay element.
48	Fuze with impact switch	US3580176D	1968-02-28	US3580176A	1971-05-25	BOSWELL GEORGE T
An impact weight is releasably engaged, supported, and caged by a plurality of springlike supports which also releasably engage a spring-loaded operator and hold it in the cocked position. The weight moves in response to impact or a predetermined level of vibration to dislodge the supports and allow the operator to be driven home by the spring. In the fuze, a safety slide locks the supports until removed by the action of an explosive or mechanical delay mechanism. Once the supports are unlocked the weight is free to move upon impact, then dislodging the supports and allowing the operator to strike a detonator to fire the weapon. Should there be little or no impact, the delay train causes the operator to be released after a predetermined interval notwithstanding the position of the supports.
49	Time delay fuse element	US71584558	1958-02-12	US3025795A	1962-03-20	SUTTON JR ERNEST SHAW; REILLY HUGH T; GEORGE BERMAN MAX; ARNOLD IRWIN

50	Self-propelled projectile	US79071159	1959-02-02	US3008414A	1961-11-14	JASSE JOSEPH R

51	Self-propelled projectile	US73247058	1958-05-02	US2944486A	1960-07-12	RAYMOND JASSE JOSEPH

52	Ammunition time fuse	US48198943	1943-04-06	US2405085A	1946-07-30	ZAPPONE CHARLES F

53	Fuse	US55531031	1931-08-05	US2397781A	1946-04-02	FISCHER MAX W

54	Fuse	US31614640	1940-01-29	US2359777A	1944-10-10	MOORE WILEY T

55	Fuse for projectiles and particularly for small caliber high explosive projectiles	US70402233	1933-12-26	US2005053A	1935-06-18	VALENTIN SCHLAFER

56	Water bomb	US41388220	1920-09-30	US1449128A	1923-03-20	HERMANN PAPE MAX CARL AUGUST

57	Detonator-fuse	US26908318	1918-12-31	US1336391A	1920-04-06	SEMPLE JOHN B

58	Improvement in time-fuses for explosive shells	US46965D		US46965A	1865-03-21

59	Improved fuse-hood for shells	US34040D		US34040A	1861-12-24

60	CARTRIDGE FORMAT DELAY IGNITER	PCT/CA0100202	2001-02-21	WO0165200A2	2001-09-07	MURRAY KENNETH R
A training device for simulating the action of stun grenades and the like is provided by combining a delay cartridge with a conversion fitting that installs in a grenade body. A firing assembly fitted to the grenade body over the delay cartridge is percussively activated through release of a hammer to activate a primer located on the end of the cartridge. The cartridge contains a delay-burning compound that subsequently activates a pyrotechnic charge. A suitable application is for training in the use of flash/bang training devices or "stun" grenades.

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