The invention relates to adjustable flip up sight assembly (70) that can be adjusted vertically and laterally in particular, for an automatic firearm (1), comprising a front sight support element (20) that is supported by an axle (30) on a mount (50), in particular such that they can pivot thereon, wherein the front sight support element (20) has an adjustment element (40) supported on a spring element (75) and releasably connected to a front sight (10), which contains a keyhole type opening (44) through which the axle (30) is inserted, wherein the adjustment element (40) can be moved in relation to the axle (20) against the spring force between two positions inside the front sight support element such that the keyhole opening (44) prevents a lateral movement of the front sight support element along the axle when engaged with the axle, and allows the lateral adjustment of the front sight support element (20) in a released position. The invention also relates to a front sight support element (20), an axle (30), and an adjustment element (40). The invention also relates to an automatic firearm (1) equipped with such a sight assembly (70).
The invention relates to a gas block (5) for an automatic firearm (1), which has a gas cylinder (50) that can be connected in a fluid-tight manner to a hole in the gun barrel (2) via a gas channel (51), characterized by a control element (10) that can be switched between at least two positions and is designed to open the gas channel (51) in the first position, in which the fluid-tight connection is obtained, and to close the gas channel (52) in the second position, in which the fluid-tight connection is interrupted. The invention also relates to a control element (10), a gun barrel (2) equipped with the gas block (5), and an automatic firearm (1) equipped with the gas block (5).
The invention relates to a firearm analysis device for determining parameters which are indicative for a firearm (7) from a shot which has been discharged from the weapon, as well as a corresponding method, a corresponding firearm and a computer program product. The device comprises a voltage generating unit (401) which generates an alternating voltage (Ue) during a counterrecoil travel and/or recoil travel of a movable weapon part (120) occurring during a firing. The device is characterized by a signal processing unit (410) which generates a measurement signal (IN+) from the generated AC voltage (Ue), a signal evaluation unit (420) which determines a first time point and a second time point (t7014705, t7024706) during the counterrecoil travel and/or recoil travel of the movable weapon part (120), and a time determination unit (450) which determines a time period duration between the first time point and the second time point (t7014705, t7024706).
CONTROL ELEMENT, BREECHBLOCK STOP LEVER, BREECHBLOCK CARRIER, TRIGGER, TRIGGER ASSEMBLY FOR AN AUTOMATIC WEAPON, AND AN AUTOMATIC WEAPON EQUIPPED THEREWITH
The invention relates to a control element (10) for controlling a breechblock stop lever (20) that can move about a first axis of rotation (A), which can be moved between a standby position for releasing a breechblock carrier (30) and a retaining position for retaining the breechblock carrier (30), wherein the control element (10) has a first arm (15) that can rotate about a second axis of rotation (B), wherein the first arm (15) comprises a first control section (11) that has a first contact surface (11a) and a second contact surface (1 lb) facing away from the first contact surface (11a), which can be rotated about the second axis of rotation (B) for the control element (10) by means of a control curve (36, 37, 38) on the breechblock carrier (30), wherein the first arm also comprises a second control section (13), which can be controlled by means of a control surface (55a) on a trigger (50). The invention also relates to a breechblock stop lever (20), a breechblock carrier (30), a trigger (50), a trigger assembly (70), and an automatic weapon (MG), which is equipped with at least one of the assemblies specified above.
F41A 3/10 - Culasses à bloc ou à coin, c. à d. dont le mouvement principal d'ouverture est transversal à l'axe du tube de l'arme avec un mécanisme à bloc de culasse coulissant, p.ex. verticalement
F41A 17/32 - Sûretés multiples, c. à d. sûretés agissant sur au moins un élément du mécanisme de mise à feu et sur au moins un autre élément de l'arme à feu, p.ex. le canon mobile l'autre élément étant le bloc de culasse
F41A 17/46 - Sûretés de détente, c. à d. moyens pour prévenir le mouvement de la détente
The invention relates to a magazine (1) for a self-loading firearm comprising a magazine housing (3) and a magazine floor plate (11) that can be moved between a magazine opening and magazine closed position, which is characterized in that the magazine floor plate (11) is provided in such a way that it is slidable between the magazine opening position and that it is hinged at the magazine housing (3) in such a way that it can be pivoted in the magazine opening position. The invention also relates to a magazine floor plate (11) for use in such a magazine (1) and to a self-loading firearm with such a magazine (1) and magazine floor plate (11).
The invention relates to an ejector (1) for a firearm, comprising an ejector main body (5) having an ejector element (46) disposed thereon such that the ejector element (46), after mounting the ejector (1) on the receiver (3) of the firearm, protrudes into the movement path of a forward and backward running breechblock that is guided in the receiver (3) such that it can move longitudinally, forms a counter bearing for the casing base (61) of a cartridge casing (59) extracted by the returning breechblock (71) from the cartridge chamber, and ejects and/or discards the cartridge casing (59) from the receiver (3) after interacting with the casing base (61), wherein the ejector (1) comprises additional means (7a, b, 9a, b, 11 a, b, 13a, b), by means of which the ejector element (46) is flexibly supported in relation to the receiver (3) such that is returns slightly in a straight line together with the casing base (61) as a result of an interaction with said casing base, until the ejector is slowed to a standstill, and ejects/discards the cartridge casing (59) thereby. The invention furthermore relates to a receiver (3) comprising a breechblock guided in the receiver (3) such that it can move longitudinally, and an ejector (1). Lastly, the invention relates to a firearm having such an ejector and/or such a receiver (3).
F41A 15/16 - Extracteurs de cartouche, c. à d. dispositifs pour retirer les cartouches ou les douilles au moins partiellement de la chambre de cartouche; Ejecteurs de cartouche, c. à d. dispositifs pour éjecter les cartouches ou les douilles retirées de l'arme à feu pour des armes à feu à culasse mobile axialement l'éjecteur étant monté sur la boîte de culasse ou la carcasse
7.
MAGAZINE RELEASING/RETAINING MECHANISM FOR A FIREARM, AND BUTTSTOCK AND WEAPON RECEIVER FOR A FIREARM, IN EACH CASE EQUIPPED THEREWITH
The invention relates to a magazine release/holding device (1), which can be operated from both sides, of a firearm, comprising a magazine holding arm (23) and handles (11, 13) which protrude from both sides of the firearm for transferring the magazine holding arm (23) from its magazine holding position into its magazine release position and vice versa, one of the handles (13) being designed in the manner of a rocker arm, the tilting axis of which rests on the weapon housing (3). The magazine release/holding device (1) is characterised in that the magazine holding arm (23) has a longitudinal slot (35) which travels through the magazine holding arm, the handle (13) is supported in the longitudinal slot (35) in its magazine holding position and comprises a bulge (41) which penetrates the longitudinal slot in the direction of the weapon housing (3) and which serves as a tilting axis. The invention further relates to a gripping piece and a weapon housing (3) of a firearm, which are both equipped with such a magazine release/holding device (1).
The invention comprises a bolt catch lever (1) for a firearm, which can be operated from both sides of the firearm, and for this purpose has handles (7, 13, 17) protruding from both sides of the firearm, and is designed as an integral part thereof, as well as a buttstock for a firearm, and a receiver, equipped, respectively, with a bolt catch lever (1) of this type.
The invention involves a shoulder support (10) for a firearm (12), with a shoulder stock (14), which can be connected by means of a connecting device (20) to a shoulder stock receptacle (18) of the firearm (12), with a shoulder stock adjustment device (22) for adjusting a position of the shoulder stock (14) relative to the shoulder stock attachment (18) along an axis of adjustment (24), and with a cheek rest (26), wherein the cheek rest (26) is mounted on the shoulder stock (14) by means of a bearing (30) so as to be mobile in a direction parallel to the axis of adjustment (24).
The invention relates to a rotary lug breech comprising: a breech carrier (1); a breach head (100) mounted therein and comprising a plurality of breech lugs (104); and a locking piece (200) comprising a plurality of locking lugs (204). A rearward facing cam section (208) is formed in the locking piece (200) on a locking lug (204). When the breech head (100) is released, said cam section converts a release motion, during which rear end faces (106) of the breech lugs (104) detach from front end faces (206) of the locking lugs (204), by means of a forward facing control section (132) correspondingly formed on a control breech lug (104h') into a screwing motion of the breech head (100) in order to release a cartridge case retained in the breech head (100) from a cartridge chamber, during which screwing motion the control section (132) is supported on the cam section (208). During locking, the cam section performs a pre-control function, which rotates a control pin (102) in a control gate (60) of the breech carrier (1) from an axial stop (70) into a control position in which the control gate (60) engages at a locking edge (62) with the control pin (102) and, when the breech carrier (1) moves forward relative to the breech head (100), exerts a rotary momentum on the breech head (100) and thus converts a linear feed motion of the breech head into a locking motion by means of screwing motion.
F41A 3/26 - Mécanismes à verrous rigides, c. à d. les éléments de verrouillage formant un assemblage rigide avec, respectivement, le bloc de culasse ou son levier de manœuvre, et le tube de l'arme ou la boîte de culasse les verrous tournant autour de l'axe du tube de l'arme, p.ex. verrous de culasse cylindriques rotatifs à action semi-automatique ou automatique, p.ex. le bloc de culasse comportant un support coulissant et une tête rotative
11.
BREECH GUIDE DEVICE FOR A BREECH ARRANGEMENT AND A RAPID FIRE WEAPON WITH A BREECH GUIDE DEVICE
A breech guide device (30) for a breech arrangement (1,100) of an automatic rapid fire weapon with a support element (32) arranged in the breech arrangement (1, 100), a control element (34) arranged on the support element (32) for controlling a weapon component, especially a belt feeder, a guide element (36) arranged on a support element (32) for guiding the breech arrangement (1, 100) along a breech guide way (16, 18), wherein the support element (32) extends along an axis of symmetry (33) that is perpendicular to a center line of bore (24), to which the control element (34) and the guide element (36) are arranged coaxially. Furthermore, the invention relates to a breech arrangement (1, 100) and a rapid fire weapon with such a breech guide device (30).
The invention relates to a weapons housing (1) comprising: at least two housing shells (3, 5) and at least one connection block (7), wherein on the connection block (7) at least two connecting pins (9a, b, c) and in each housing shell (3, 5) at least one positioning recess (11a, b, c) are constructed, and wherein the housing shells (3, 5) on an assembly plane on the connection block (7) are placed and aligned on the at least one connecting pin (9a, b, c) via the at least one positioning recess (11a, b, c). The invention also relates to a weapon with a weapons housing as well as a method for manufacturing a weapons housing (1) comprising the steps: provision of at least two housing shells (3, 5) and at least one connection block, wherein on the connection block (7) at least two connecting pins (9a, b, c) and in each housing shell (3, 5) at least one positioning recess (11a, b, c) are constructed, placement and alignment of the housing shells (3, 5) on an assembly plane on the connection block (7) via the at least one positioning recess (11a, b, c) on the at least one connecting pin (9a, b, c) and connection of the housing shells (3, 5).
The invention concerns a coupling pin (1) for attaching weapon components, in particular for weapon casing components, which can be inserted in a removable manner on a weapon component (51) having at least one supporting area (6a, b), axially in a supporting surface (33a, b) and on another weapon component (49), having at least one positioning area (5), axially in a positioning surface (35), whereby an axially adjustable, spring-loaded tension pin (15) is located in the coupling pin (1), which extends from the coupling pin (1) at the positioning area (5) and exerts an adjustment force on the positioning surface (35) and adjusts and/or tightens the positioning surface (35) against the supporting surface (33a, b) at a right angle to the installation direction of the coupling pin (1). The invention also concerns a weapon casing with a coupling pin (1) as well as a weapon with a coupling pin (1).
The present invention relates to a pivotal latch (21) for a trigger device of a firearm, particularly a rapid-fire weapon, comprising a breech (3) and a safety mechanism (40). The pivotal latch (21) is displaceable between a locking position locking the breech (3) and a position not locking the breech, and comprises a safety element (101; 201) that is displaceable relative to the pivot latch (21) between an idle position (II) and a safety position (I). Said element assumes the safety position (I) when the breech (3) pushes against the pivot latch (21) if the breech (3) exerts an actuating force on the safety element (101; 201) in the forward direction. In said position (I), the element engages on the safety mechanism (40) if said safety mechanism assumes the safety position thereof at the same time and fixes the pivotal latch (21) itself in the locking position. Otherwise, however, the safety element assumes the rest position (II) and releases the pivotal latch (21). The invention further relates to a trigger device, a grip having such a trigger device, and a corresponding firearm.
F41A 17/58 - Sûretés de gâchette, c. à d. moyens pour neutraliser l'action d'un levier intermédiaire qui transmet le mouvement de la détente au percuteur, au chien, au bloc de culasse ou à la gâchette automatiques, c. à d. commandées par l'action d'ouverture ou de fermeture du mécanisme de culasse
F41A 19/26 - Mécanismes de mise à feu comportant uniquement des pièces de percussion coulissantes, c. à d. des percuteurs le percuteur et le bloc de culasse formant une seule pièce
15.
CATCH, TRIGGERING MECHANISM AND HANDLE PIECE FOR A WEAPON
The invention relates to a catch (21), especially for a triggering mechanism of a rapid fire weapon that comprises a breechblock (3) and a securing device (40; 140). The catch (21) can be moved between a position blocking the breechblock (3) and a position not blocking the breechblock and is fitted with a securing element (101; 201; 301). Said securing element (101; 201; 301) can be moved relative to the catch (21) between a releasing position (II) and a securing position (I) and adopts the releasing position (II) as the returning breechblock (3) engages with the catch (21) and actuates the securing element (101; 201; 301) in a rearward direction; said element does not engage with the securing device (40) in this position (II) even when the securing device (40) is simultaneously in the securing position. The catch (21) can then be moved into the non-blocking position. Alternatively or additionally, the securing element (101; 201; 301) adopts the securing position (1) as the breechblock (3) runs onto the securing element (101; 201; 301) and actuates the latter (101; 201; 301) in a forward direction, said element engaging with the securing device (40) in said position (1) when the securing device (40) is simultaneously in the securing position and blocking the catch (21) in the blocking position. The invention further relates to a triggering mechanism, a handle piece (1), and a weapon comprising such a catch (21) according to the invention.
F41A 17/42 - Sûretés pour arrêter le bloc de culasse dans une position de sécurité
F41A 19/26 - Mécanismes de mise à feu comportant uniquement des pièces de percussion coulissantes, c. à d. des percuteurs le percuteur et le bloc de culasse formant une seule pièce
The invention relates to a weapon locking system (8) with at least one functional cavity (50, 52, 54, 56, 58, 60) and at least one fluid access opening (50, 52, 54, 56, 58, 60) connecting the functional void (38, 48) with the surroundings so that any fluid entering the functional void (38, 48) and negatively affecting the function of the locking system (8) can quickly and easily be conducted out through the fluid access opening(s) (50, 52, 54, 56, 58, 60).
The aim of the invention is to improve the adaptation of the handle section of a firearm to the hand of a marksman. To achieve this, the invention provides: a firearm handle, in particular plastic handle for a self-loading pistol (17), comprising a handle part (1) with a wall that covers the magazine slot and a range of lateral handle shells (3; 23) and a handle back (5; 23), which are interchangeably arranged on the handle part (1) and whose dimensions, material, surface characteristics and/or elasticity differ from one another.
Disclosed is a safety element for weapons, in which unblocking of a weapon is controlled via an exchange of identification keys between a weapon (6) and an unblocking apparatus (1), said weapon (6) being provided with a weapon ID (7) and a safety mechanism (8). The unblocking apparatus (1) which is used for detecting the weapon ID (7) and issuing an unblocking signal (17) is controlled via a controller (2) encompassing an ID memory (3, 4) in such a way that the unblocking apparatus (1) issues an unblocking signal (17) only if the detected weapon ID (7) matches a weapon ID registered in the ID memory (3). Such a safety element for weapons can be used particularly for increasing safety in shooting ranges (27).
brevets
