Abstract: The present invention relates to a hand grenade comprising a main body (10), an actuator (14) releasably fixed to the main body (10), an actuator-ejection mechanism, and a charge to be released, which includes an automatic-identification device (34) embedded in the actuator. The invention further relates to a grenade actuator of the EOT-type (Espoleta de Ogiva de Tempo, time fuse point), which comprises an automatic-identification device (34) embedded therein. The present invention can also materialize in the form of a method of manufacturing a hand-grenade actuator, according to which it is provided a housing for an automatic-identification device in the actuator body. Indeed, the method of manufacturing the actuator further includes providing said housing with a cylindrical shape and then inserting an equally cylindrical automatic-identification device into said housing.

Abstract: A more IM compliant grenade fuze assembly includes a fuze body, an energetics train disposed in the fuze body, and a striker lever rotatably attached to the fuze body. A spring-loaded rotor assembly is rotatably fixed to the fuze body. The rotor assembly includes a primer. A firing pin is disposed in one of the rotor assembly and the fuze body. Placing the primer in the rotor assembly decreases the area of the fuze assembly that is vulnerable to initiation by impact from a bullet, fragment, or shape charge.

Abstract: A grenade fuze assembly includes a fuze body, a striker lever pivotally mounted to the fuze body, and a pull pin assembly. The pull pin assembly includes a pull pin attached to a pull ring and a pull pin retainer fixed to the pull pin on a side of the striker lever opposite the pull ring. The pull pin retainer includes a through hole. The two legs of the pull pin are disposed in the through hole and deformed around the retainer to fix the retainer to the pull pin. The retainer includes a pair of nest areas on opposing sides of the retainer. The free end of each of the two pull pin legs is disposed in a respective nest area.

Abstract: A method of converting a bomblet into a hand-thrown grenade may include providing a bomblet having a fuze, a shaped-charge liner, a casing, and explosive material disposed between the shaped-charge liner and the casing. The fuze may be removed from the bomblet. A housing may be attached a fuze end of the bomblet. The housing may adjoin the casing. A cavity that abuts and is exterior to the shaped-charge liner may be filled with a filler material, such as pellets. A hand-grenade fuze may be attached to the fuze end of the bomblet.

Abstract: A grenade includes an explosion chamber having an explosive charge to which an ignition charge is connected. The grenade also includes a primer and trigger coupled to the ignition charge for detonation of the explosive charge held within the explosion chamber. A variable distance detonation mechanism is coupled to the trigger and primer for allowing controlled detonation of the grenade a specific distance from the launch point thereof.

Abstract: Disclosed is an irritation grenade (1) comprising a receptacle (2) with at least one compartment (12) within which an effective charge (3) is accommodated and which ends in one respective discharge port (21, 22) on opposite sides of the receptacle (2) while being locked by means of a closure (15). A rocker-arm type igniter (4) is provided to ignite the effective charges. The combustion gases of the effective charges (3) are deflected in part by parts of the rocker-arm igniter (4) such that the irritation grenade is displaced when the effective charges (3) are ignited.

Abstract: An airburst hand grenade constructed so as to jump 1–2 m above the ground before detonating. The hand grenade includes a detonator, a warhead, and support legs for raising the hand grenade from a horizontal position to an upright position once it has landed after being thrown. The detonator includes a delay unit, an upper charge which releases the support legs, a jump charge which propels the warhead into the air, and an explosive cartridge which initiates a main charge. Because the grenade detonates above ground, the fragments are spread essentially horizontally and at an angle to the ground and consequently attack the target from above, which results in a much larger target surface and the capability of spreading fragments behind a shelter.

Abstract: Passive venting apparatus and method for a rocket motor or ordnance device containing propellant or explosive material enclosed in a case, which presents an explosion hazard when subjected to external heat. A combustible strip is secured to the exterior surface of the case and is constructed to burn and generate sufficient heat when exposed to predetermined external heat to weaken the adjacent portion of the case and effect rupture of the case to vent interior gases therein prior to autoignition of the propellant or explosive.

Abstract: An explosion simulator including a chamber at least partially filled with a pyrotechnic material, the chamber being formed with a plurality of holes arranged for fluid products of an explosion of the pyrotechnic material to pass therethrough, and a delaying detonator adapted to detonate the pyrotechnic material, the detonator being adapted to delay onset of the explosion of the pyrotechnic material a period of time after actuation of the detonator.

Abstract: A hand grenade safety pin with attached pull ring which is installed with a rotative degree of movement and in one directional rotative traverse the pull ring clears a blocking arm so that the grenade can be detonated and, if circumstances warrant, an opposite rotative traverse restores the safety function of the safety pin.

Abstract: A fragmentation grenade comprises a quantity of high explosive (11) contained within a casing (12, 13) and means (29) for detonating the high explosive (11) so as to cause the casing (12, 13) to disintegrate into a plurality of high velocity fragments (13). The high explosive (11) and the casing (12, 13) are so configured that the fragments (13) are preferentially projected in one or more particular directions relative to the axis (X--X) of the casing (12, 13), and the grenade is provided with a self-righting mechanism (22), whereby the axis can automatically be placed in a desired orientation.

Abstract: A distraction device having a fuse assembly and a body which body has a sealed storage area for energetic pyrotechnic material. The device when operated produces noise and light without ejecta or forces of propulsion.

Abstract: A rapid-release smoke hand grenade comprising a manually actuatable igniter head (A) and an active mass member (B), wherein the striker located on the igniter head to initiate the chain of pyrotechnical activity is loaded by means of a safety clip so as to be safe to handle, the smoke-forming means located in the active mass member is in the form of combustible disc-shaped or disc sector-shaped thin leaves (flares) coated with smoke-forming agent based on red phosphorus which practically fill the canister of the active mass member around a capsule for the ignition/bursting unit located therein, the heavy components of this rapid-release smoke hand grenade are held together by connecting elements which are stable when it bursts, and the essential components of the grenade preferably consist of aluminium.

Abstract: Delay igniter plug for pyrotechnic machine, in particular manual or mechanical launch grenade, comprising a body (4) fitted with a control mechanism comprising a trigger lever (1) and a percussion mechanism (28) interacting with a primary pyrotechnic module provided with a primer (3), a retardant composition (9), a primary explosive (13) which are capable of ensuring initiation of the charge of the associated machine which is arranged so that the primary explosive (13) cannot be initiated without going via the retardant composition, the primary pyrotechnic module (5) being axially displaceable in the said body toward the principal charge, means (2) for holding the primary pyrotechnic module (5) axially separated from the principal charge (19) and a screen (12a, 15) interposed between the principal charge and the terminal part of the primary pyrotechnic module containing the primary explosive (13), characterized in that the means (2) for holding the primary pyrotechnic module (5) axially separated from the pri

Abstract: A safety fuze for a hand grenade comprises a fuze body, a delay case assembly, an initiator lever assembly, and a cover assembly. The fuze body has a head, a stem, and a central portion, and a bore extending longitudinally therethrough. The delay case assembly is matingly received in the bore and includes an upper primer portion containing a primer in a primer holder, and a lower delay portion. A flat, circular seal is interposed between the base of the primer and the primer holder. A first annular seal is matingly received in a first annular channel defined between the primer holder and the delay case. A second annular seal is matingly received in a second annular channel defined between the delay case assembly and the bore. An annular gasket is matingly received in a third annular channel formed in the bottom wall of the central portion of the fuze body.

Abstract: A stun grenade includes a tubular housing to slidably receive a munitions canister. A cup-shaped end cap closes one end of the housing and frictionally engages an outer wax-coated surface of the housing adjacent the end. At the other end a fuze retention disk is retained in the housing and has a threaded opening to receive any one of several possible fuze assemblies. When using a manually operable fuze, the handle thereof is provided with a color-coded coating to identify the nature of the explosive charge provided in the grenade. The handle also has one or more lumps formed thereon to provide a tactile code, consistent with the color, to identify the grenade type. The fuze retention disk includes spikes establishing a fixed spacing between the munitions canister and the fuze held in the fuze retention disk.

Abstract: A safety fuze for a hand grenade comprises a fuze body, a delay case assembly, a detonator assembly, an initiator lever assembly, a cover assembly, and a pull ring assembly. The fuze body has a head, a stem, and a central portion, and a bore extending longitudinally therethrough. The delay case assembly comprises a delay case matingly received in the bore and having an upper primer portion containing a primer, a lower delay portion containing ignition, delay and penetration charges, a sealant separating the primer portion from the delay portion, and an air gap separating the primer portion from the ignition charge. The detonator assembly comprises a detonator case matingly receiving the fuze body stem at the top thereof and being in sealing engagement with the fuze body, and has an explosive detonator charge at the bottom thereof. A gap is provided between the fuze body bottom and the explosive charge.

Abstract: A safety, locking, pull ring for a munition which must be deformed and simultaneously rotated from a protecting locking recess and which must then be rotated 180 degrees from the recessed position in order to free one end of a pivotably attached bar. The bar must then be rotated 180 degrees, using the ring as a handle, to expose both a safety wire which must be removed to arm the munition, and expose an indicator light, which indicates the safe or unsafe condition of the munition, and finally to crush an ampule to release electrolyte to energize a battery which powers the munition electronic circuitry.

Abstract: A hand grenade whose interior is divided into two chambers receiving the explosive charge, said chambers being superjacently arranged and open in respect of each other, whereby the detonation wave originating from the detonator in the lower of said two chambers is influenced.