| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 21 | 대구경 무기 | KR1020057003732 | 2003-08-27 | KR1020050057157A | 2005-06-16 | 무렐로요하네스 |
| The invention relates to a large-calibre weapon with a central force introduction piece (104), which houses the rear end of a barrel (191) and the locking support (105, 106) for a breech (111, 113). According to the invention, the barrel comprises a gas release opening (173) in the force introduction piece (104). A gas cylinder (171) is also fixed to the force introduction piece (104), which is connected to the gas discharge opening (173). | ||||||
| 22 | EXTRACTOR, CARTRIDGE, AND RECEIVER FOR A FIREARM, SYSTEM FOR EXTRACTING A CARTRIDGE, AND METHOD OF MANUFACTURING A CARTRIDGE | PCT/US9712750 | 1997-07-16 | WO9802709A3 | 1998-03-19 | CASULL RICHARD J |
| The present invention relates to an extractor (70) for a firearm (10) which incorporates internal extraction to withdraw a cartridge (90) from the chamber (40) of the firearm. The extractor (70) includes an outwardly extending lip (76) for engagement in a cavity (96) defined in the rear of the cartridge (90). The cavity includes an inwardly extending flange (98) and the lip (76) of the extractor (70) is positioned behind the flange (98) during extraction and ejection. The extractor includes a first pivot point (78) about which the extractor rotates in order to allow the extractor lip (76) to enter the cartridge cavity (96). The extractor also includes a second pivot or pull point (66) about which the extractor exerts a positive rotational force to extract and eject the cartridge (90) from the chamber (40). A cartridge of the invention includes a cavity (96) at the rear end with an inwardly extending flange (98). The flange (98) includes an angled or curved edge (120). A firearm chamber (40) of the invention includes a barrel (20) with an inwardly extending angled surface (404) for engaging with a receiver (30). The receiver (30) includes an insert (406) having a forward angled portion (408) which is complementary to the inwardly angled surface (404) of the barrel (20) for mating with the barrel. The invention also concerns a method of making a cartridge (90). 00000 | ||||||
| 23 | FIREARM SYSTEM | EP15831348 | 2015-08-11 | EP3180579A4 | 2018-03-07 | BARRETT RONNIE; BARRETT CHRISTOPHER GENE |
| An adapter for an M240 machine gun to position the trigger housing assembly distally forward as well as an M240 machine gun with the trigger housing assembly positioned distally forward from the proximal end of the receiver. | ||||||
| 24 | Modular portable weapon | EP08012288.0 | 2008-07-08 | EP2017564B1 | 2017-06-28 | Moretti, Luigi |
| 25 | HÜLSENAUSWURFVORRICHTUNG UND WAFFE MIT EINER DERARTIGEN VORRICHTUNG | EP14736310.5 | 2014-06-13 | EP3022512A1 | 2016-05-25 | MÜLLER, Andy; MATZAGG, Erich |
| It is proposed that the ejection of a case (8) is supported by at least one ejection tube (9, 10). However, the ejection tube or ejection tubes is/are preferably integrated in front of a weapon-side rotor (4) in the firing direction. For a compact variant, the ejection tube or ejection tubes is/are preferably arranged above a weapon barrel. The case-ejecting device (30) is supplemented by at least a chain (12, 13) and an ejector (14, 15) driven by the chain (12, 13). The ejector (14, 15), which is functionally connected to the chain (12, 13), pushes the case (8) into the case-discharging or ejection tube (9, 10). Speed is produced by the chain (12, 13) sufficiently that the case (8) can be driven through ejection tube (9, 10). Alternatively, a case accelerator (22) that supports the discharge can be integrated. | ||||||
| 26 | HANDFEUERWAFFE MIT VERRIEGELTEM VERSCHLUSS | EP03798134.7 | 2003-08-27 | EP1535012B1 | 2009-02-11 | MURELLO, Johannes |
| The invention relates to a small arm having a locked breech. Said breech comprises a bolt head (11; 111) and a bolt head carrier (13; 113), whereby the bolt head (11; 111) is passed through by a locking block (25; 125), which can move transversal to the direction of motion of the breech and which interlocks with locking projections over a large area when in the locking position. The invention also relates to the breech itself for this small arm. | ||||||
| 27 | EJECTION-ASSIST MECHANISM FOR AUTOMATIC FIREARMS | EP99938102.3 | 1999-08-13 | EP1025410B1 | 2004-07-21 | DIONNE, Sylvain |
| A barrel for an automatic firearm which cycles on recoil action is provided with a transverse pin (13) extending across the top of the rearward portion of the chamber. This pin nests within the extraction groove of a cartridge casing during firing. On cycling, the transverse pin (13) deflects the spent case downwardly towards an ejector (3) which effects ejection of the casing. | ||||||
| 28 | SELBSTLADE- HANDFEUERWAFFE MIT EINEM BEWEGLICHEN VERSCHLUSS MIT VERRIEGELUNGSWARZEN | EP00909113.3 | 2000-01-27 | EP1147358A1 | 2001-10-24 | SCHWEIKART, Thomas |
| The invention relates to an arrangement of locking projections (21) at the locking head (19) of a locked self-loading hand gun. The locking head (19) can be mounted in two different ways, whereby the cartridge extractor (23) is arranged horizontally to the left or right. A locking projection (21) is omitted at the place of the cartridge extractor (23) so that an uneven number of locking projections (21) is provided. The locking projections (21) are arranged in such a way that they extend along both sides of the lips (27) of a given magazine when the lock (3) is released instead of being distributed over the circumference of the locking head (19) with the same angular distance. | ||||||
| 29 | Drehkammerverschluss | EP00125402.8 | 2000-11-18 | EP1108969A1 | 2001-06-20 | Zeh, Meinrad; Popikow, Sergej |
Ein Drehkammerverschluß weist eine drehbare Kammer (2) auf, die in einem Kammergehäuse (3) über einen Kammergriff (5) drehbar ist und die in der einen Drehstellung mit einer Kammerhülse (1) verriegelt und in einer weiteren Drehstellung von der Kammerhülse (1) entriegelt ist. Am vorderen Ende der Kammer (2) ist ein federbelasteter Auszieher (6) angeordnet, der in der einen Drehstellung der Kammer (2) den Rand des Hülsenbodens einer im Patronenlager (7) eingesetzten Patrone (8) hintergreift, wobei bei einer Drehung der Kammer (2) von der einen Drehstellung in die weitere Drehstellung das Kammergehäuse (3) mit der Kammer (2) zwangsläufig eine Verschiebebewegung weg vom Patronenlager (8) ausführt, bei welcher der Auszieher (6) die Patrone (8) aus dem Patronenlager (7) löst. Das Kammergehäuse (3) lagert axial verschiebbar einen Stift (12), der sich mit seinem vorderen Ende an der Kammerhülse (1) abstützt, in der einen Drehstellung der Kammer (2) das hintere Ende des Stifts (12) in eine nach vorne offene Vertiefung (15) einer Schulter (14) am Kammergriff (5) eingreift und bei einer Drehung der Kammer (2) aus der einen Drehstellung das hintere Ende des Stifts (12) aus der Vertiefung (15) auf die Schulter (14) gleitet und hierbei das Kammergehäuse (3) mit der Kammer (2) in eine erste Stellung nach hinten verschoben wird. |
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| 30 | SCHLAGBOLZENSICHERUNG | EP98905342.6 | 1998-01-23 | EP0954740B1 | 2001-05-09 | FLUHR, Norbert |
| The present invention relates to a safety mechanism for the firing pin (5) of an anvil trigger system (5), said firing pin (5) being fitted with a spring (9) which, when in a position of rest, presses against a rear stop (13) while keeping at a distance of the cartridge primer which is located prior thereto and designed with a back taper (11) close to its back end. The safety device includes a spring-fitted mechanism (29, 31, 33) which, when in a position of rest, engages with a hammer spur (29) into the back taper, thereby maintaining the firing pin (7) in a position of rest. This locking part enters the travelling path of the anvil (5) in such a way that the latter (5), by meeting with the back end of the firing pin (7), first meets with the chamfer (35), pushes it aside against the spring effect, thereby releasing the cartridge (3). The safety mechanism (21, 31, 33) is designed as a single-level leaf spring (21) and presents a spring leg (23) extending from the hammer spur (29) forwards and taking its bearing before the firing pin back end. The spring leg extends to the area of the firing pin (27) front end, designed as an extraction tooth. | ||||||
| 31 | EXTRACTOR, CARTRIDGE, AND RECEIVER FOR A FIREARM, SYSTEM FOR EXTRACTING A CARTRIDGE, AND METHOD OF MANUFACTURING A CARTRIDGE | EP97936984 | 1997-07-16 | EP0912870A4 | 2001-03-21 | CASULL RICHARD J |
| The present invention relates to an extractor (70) for a firearm (10) which incorporates internal extraction to withdraw a cartridge (90) from the chamber (40) of the firearm. The extractor (70) includes an outwardly extending lip (76) for engagement in a cavity (96) defined in the rear of the cartridge (90). The cavity includes an inwardly extending flange (98) and the lip (76) of the extractor (70) is positioned behind the flange (98) during extraction and ejection. The extractor includes a first pivot point (78) about which the extractor rotates in order to allow the extractor lip (76) to enter the cartridge cavity (96). The extractor also includes a second pivot or pull point (66) about which the extractor exerts a positive rotational force to extract and eject the cartridge (90) from the chamber (40). A cartridge of the invention includes a cavity (96) at the rear end with an inwardly extending flange (98). The flange (98) includes an angled or curved edge (120). A firearm chamber (40) of the invention includes a barrel (20) with an inwardly extending angled surface (404) for engaging with a receiver (30). The receiver (30) includes an insert (406) having a forward angled portion (408) which is complementary to the inwardly angled surface (404) of the barrel (20) for mating with the barrel. The invention also concerns a method of making a cartridge (90). | ||||||
| 32 | EJECTION-ASSIST MECHANISM FOR AUTOMATIC FIREARMS | EP99938102.3 | 1999-08-13 | EP1025410A1 | 2000-08-09 | DIONNE, Sylvain |
| A barrel for an automatic firearm which cycles on recoil action is provided with a transverse pin (13) extending across the top of the rearward portion of the chamber. This pin nests within the extraction groove of a cartridge casing during firing. On cycling, the transverse pin (13) deflects the spent case downwardly towards an ejector (3) which effects ejection of the casing. | ||||||
| 33 | Automatic pistol | EP87116987.6 | 1987-11-17 | EP0268276A3 | 1990-03-28 | Cowles, Larry W.; Goll, John J., Jr.; Powell, Alva B., Jr.; Heyl, George C.; Muller, John J. |
A semiautomatic pistol (10) has a frame (30) defined by a stamping having two sections (30a, 30b) A barrel (38) is mounted upon a tubular portion (40) of the frame (30). A breech slide (54) is mounted upon the barrel (38) for reciprocating movement between battery and recoil positions. The barrel (38) and breech slide (54) are encased in a shell (12) which includes a charging handle (16). A slotted pulling bar (20) interconnects the charging handle (16) and the breech slide (54) so as to permit charging movement of the handle (16) and also reciprocating movement of the breech slide (54) during firing operation of the pistol (10) without movement of the handle (16). The frame (30) arrangement foster economical manufacture and the encasement by the shell (12) of the reciprocating breech slide (54) prevents diversion of a user's attention from a target. |
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| 34 | Automatic pistol | EP87116987.6 | 1987-11-17 | EP0268276A2 | 1988-05-25 | Cowles, Larry W.; Goll, John J., Jr.; Powell, Alva B., Jr.; Heyl, George C.; Muller, John J. |
A semiautomatic pistol (10) has a frame (30) defined by a stamping having two sections (30a, 30b) A barrel (38) is mounted upon a tubular portion (40) of the frame (30). A breech slide (54) is mounted upon the barrel (38) for reciprocating movement between battery and recoil positions. The barrel (38) and breech slide (54) are encased in a shell (12) which includes a charging handle (16). A slotted pulling bar (20) interconnects the charging handle (16) and the breech slide (54) so as to permit charging movement of the handle (16) and also reciprocating movement of the breech slide (54) during firing operation of the pistol (10) without movement of the handle (16). The frame (30) arrangement foster economical manufacture and the encasement by the shell (12) of the reciprocating breech slide (54) prevents diversion of a user's attention from a target. |
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| 35 | A gun trigger mechanism | EP84106492.6 | 1980-12-11 | EP0132560A1 | 1985-02-13 | Sullivan, Leroy James |
A gun having a trigger mechanism comprising a pivotally mounted trigger (73) which is connected to rotate a pivotal sear and a reciprocal bolt carrier assembly having lugs (325) which are arranged to engage with the rear of the sear and a notch (717) in the top of the sear. Mounted on the pivotal axes of the trigger is a prop member (745) which is arranged to cooperate with an L-shaped nose (720) of the sear so that when the trigger is pulled to rotate the sear in a first direction out of engagement with the lugs (325) the prop member (745) is initially prevented from moving with the trigger by the nose (720) and when the lugs are released by the sear the sear is further rotated in the first direction by the lugs contacting the upper sear surface to free the member to move toward the trigger and under the nose (720). The prop member is the positioned under the nose (720) and thereby prevents the sear from rotating in a direction counter to said first direction until the trigger is released. |
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| 36 | Firearms with re-chargeable magazine | EP81302944.4 | 1981-06-29 | EP0044164A1 | 1982-01-20 | Brint, Norman Trevor; Williams, Leon John |
A firearm especially for firing large calibre rounds such as rubber bullets and having a magazine (103) in which a plurality of rimmed rounds may be stacked in contact with one another, the magazine (103) being rechargeable at any stage of depletion. The firearm includes a catch (118) mechanism which locks a round in the breech on insertion, permits the rim of a round to ride forward over the rim of a previously-inserted round withoutfouling, and the extraction of a spent round rearwardly without its rim fouling a previously-inserted round. Mechanism for firing, automatic feed, and automatic extraction and ejection of spent rounds is described. |
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| 37 | IMPROVED EXTRACTOR AND BOLT FOR A FIREARM | EP12770592 | 2012-04-13 | EP2697594A4 | 2014-10-08 | LANGEVIN KEVIN; HOCHSTRATE PAUL M |
| 38 | PATRONENAUSWURFANORDNUNG | EP03797251.0 | 2003-08-27 | EP1535016A1 | 2005-06-01 | MURELLO, Johannes |
| The invention relates to a cartridge ejector arrangement with at least two cartridge withdrawal forks (7) mounted in a sprung manner on a moving breech or breechblock (1), preferably opposing each other. According to the invention, amongst other things, a rapid change from right-handed to left-handed ejection and vice versa may be achieved, whereby at least one stationary ejector (27) may be provided on one or one of the cartridge withdrawal forks (7), such that on a recoiling breech or breechblock (1), the cartridge or cartridge case (23) is withdrawn by all cartridge withdrawal forks (7) in common from a cartridge bearing and, once free of the cartridge bearing, is pivoted about the cartridge withdrawal fork (7) and hence ejected to the side thereof which has no provided ejector (27). The above arrangement is particularly suitable for a repeating or self-loading shotgun. | ||||||
| 39 | SELBSTLADE- HANDFEUERWAFFE MIT EINEM BEWEGLICHEN VERSCHLUSS MIT VERRIEGELUNGSWARZEN | EP00909113.3 | 2000-01-27 | EP1147358B1 | 2003-01-08 | SCHWEIKART, Thomas |
| The invention relates to an arrangement of locking projections (21) at the locking head (19) of a locked self-loading hand gun. The locking head (19) can be mounted in two different ways, whereby the cartridge extractor (23) is arranged horizontally to the left or right. A locking projection (21) is omitted at the place of the cartridge extractor (23) so that an uneven number of locking projections (21) is provided. The locking projections (21) are arranged in such a way that they extend along both sides of the lips (27) of a given magazine when the lock (3) is released instead of being distributed over the circumference of the locking head (19) with the same angular distance. | ||||||
| 40 | ANORDNUNG ZUM ÖFFNEN DER STAUBKLAPPEN EINER HANDFEUERWAFFE | EP00904955.2 | 2000-01-24 | EP1147363B1 | 2002-07-24 | MURELLO, Johannes; WELDLE, Helmut |
| The invention relates to an arrangement for opening the dust flaps (9a, 9b) of a hand gun. Said arrangement comprises a lock (1) which is moveably arranged in the housing (3) in the longitudinal direction of the hand gun and which can be mounted in the hand gun in at least two different ways. The arrangement also comprises an ejection device (17, 19) that is coupled to the lock (1). The ejection device (17, 19) ejects the cartridges from ejector openings (7a, 7b) at the housing in the direction of one or the other side of the hand gun according to the arrangement of the lock (1). Dust flaps (9a, 9b) are moveably arranged at the ejector openings. When the dust flaps (9a, 9b) are open, the cartridges can be ejected from the ejector openings (7a, 7b) in an unhindered manner. When the dust flaps (9a, 9b) are closed, the ejector openings (7a, 7b) are also closed. The lock serves as means (1, 15, 21) which enables the dust flaps (9a, 9b) to open automatically, whereby said lock is configured in such a way that it only opens the dust flap (9a, 9b) which is arranged in the direction in which the cartridges are ejected as a result of the respective mounting mode while the gun is being reloaded. | ||||||
