The present invention is related to an Assault Rifle Conversion Kit, which is characterized by being an alternative for modernization, updating and tactical adaptation to existing and new assault rifles through adjustments that involve minor changes in the weapon and that provide a tactical character for its use in special operations and of great demand. The present conversion kit mainly comprises six selected sets of stock set, tactical grip set, second grip set, cover set, reload handle set and forearm set which can be attached to different types of assault rifles, due to the versatility of adaptation they have.
The present invention relates to a kit for the conversion of assault rifles to tactical rifles, characterised in that it is an alternative for the modernisation, updating and tactical adaptation of new and pre-existing assault rifles by means of modifications involving minor changes to the weapon and conferring thereto a tactical nature for use in special, highly demanding operations. The present kit comprises principally six selected assemblies, these being the stock assembly, a tactical grip assembly, a second grip assembly, a cover assembly, a charging handle assembly and a handguard assembly, which may be attached to different types of assault rifle, owing to the versatility with which they can be attached.
The present invention relates to a fuze for aerial ammunition, which can be positioned on the rear area or front area of the aerial ammunition. The fuze comprises an arming delay system that allows the delay time to be set before launching the ammunition. The fuze also comprises: a power supply system for electronic devices; a percussion arming mechanism; a safety catch comprising a removable safety pin or bolt, the removal of which triggers the arming of the fuze; and elements that protect the fuze and people against potential accidents, such as a deformation wall that prevents the arming or destruction of the fuze in the event of accidental falls, a blocking mechanism that prevents the fuze from being set prematurely, a non-aligned firing pin that prevents same from being activated for any unintended reason, and a safety cover that prevents the explosive train from being inserted prematurely. In addition, the present invention relates to an adapter device that allows the fuze to be disposed inside the aerial ammunition and the fuze safety catch to be repositioned on the external area of the aerial ammunition, an extension cable connecting the fuze to the adapter device on the tail or elsewhere on the bomb.
The invention aims to provide functional advantages for a 40-mm-calibre grenade launcher, using a design and development method to decide on the features to be fulfilled. Some of the functional advantages include adaptation to four types of rifle (Galil AR, Galil ACE, TAVOR and M16A1-A2). The launcher also has functional advantages in the firing mechanism, reloading mechanism and opening mechanism thereof, and likewise includes accessories that enable individual use (not attached to another weapon) such as a butt, a rear grip and a front grip.
The invention comprises, in a single weapon, functional advantages related to ergonomic design, an independent firing mechanism, an ambidextrous safety and uncocking system (in which the uncocking system in turn misaligns the percussion system and disconnects the trigger from the lever that actuates the firing mechanism), an ambidextrous magazine release system, a loaded chamber indicator, an adjustable rear sight, and accessories such as exchangeable grip complements with variable ergonomics and a disposable part that corresponds to a protective cover for the Picatinny rail; said functional advantages being designed, preferably for a double-action, semi-automatic 9-mm-calibre handgun, with reloading by short direct recoil. The barrel, the runner and the mechanism box of the present development are made of high-strength steel with heat treatment and surface covering, and other components such as the frame and certain components of the magazine are manufactured using high-strength engineering polymers. The present development can be produced in three models, referred to as "tactical", "standard" and "compact", the difference between the three depending on the overall length of each model.
The invention relates to a single gun that incorporates functional advantages associated with a case-extraction and -expulsion system and design characteristics that strengthen the system and make same more practical. These functional advantages were developed in a 12-, 16- and 20-caliber long gun, preferably for a single-shot gun. This development solves the problem associated with the extraction and expulsion of the case that stays in the chamber after each firing. In addition, a ratchet system has been developed that allows controlled mechanical opening and subsequent expulsion under the action of a spring.
F41A 15/06 - Cartridge extractors, i.e. devices for pulling cartridges or cartridge cases at least partially out of the cartridge chamber; Cartridge ejectors, i.e. devices for throwing the extracted cartridges or cartridge cases free of the gun for breakdown guns
9.
12-CALIBER 8-SHOT LONG GUN FOR HUNTING CARTRIDGES NUMBER 7, 7 ½, 8 AND 9, HAVING A CYLINDER CHOKE AND OFFERING ASSOCIATED FUNCTIONAL ADVANTAGES
The invention offers the functional advantages associated with a reduced weight, repositioning of the manual release button, increased load capacity, increased barrel strength, general ergonomic design, reduced recoil for 12 caliber, and simplified gun loading and firing components, representing functional advantages in terms of the development of the gun.
F41A 15/10 - Cartridge extractors, i.e. devices for pulling cartridges or cartridge cases at least partially out of the cartridge chamber; Cartridge ejectors, i.e. devices for throwing the extracted cartridges or cartridge cases free of the gun for block-action guns of sliding-block type
