专利检索_ .适用于装有能向前滑动的枪管的枪专利检索_ .适用于装有能向前滑动的枪管的枪专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	Manually cycled pistol	US851114	1977-11-14	US4155187A	1979-05-22	Philip R. Lichtman
A pistol design is provided which makes it possible to make a small sized pistol for firing relatively large size cartridges, e.g., a .45 pistol. The pistol is manually cycled for reloading and is characterized by a barrel which must be moved forward to remove a spent case and backward to chamber a new cartridge, and novel means for (a) firing the weapon, (b) preventing accidental discharge of the weapon, and (c) preventing forward movement of the barrel when the trigger is pulled.
2	Firearm Having Slide With Cam	US15171243	2016-06-02	US20160273860A1	2016-09-22	Brett Curry
A barrel for a semiautomatic firearm operating under the short recoil system has one or more cam followers projecting outwardly to engage one or more cams positioned on an inner surface of a slide surrounding the barrel. Interaction between the cams and the cam followers controls the angle between the longitudinal axis of the barrel and the axis of motion of the slide to prevent the breech end of the barrel from moving too far as the barrel tilts as it unlocks from the slide, ensuring that the extractor will engage the rim of a spent casing and extract it from the chamber during recoil.
3	Barrel with Cam Followers	US14543926	2014-11-18	US20160138882A1	2016-05-19	Brett Curry
A barrel for a semiautomatic firearm operating under the short recoil system has one or more cam followers projecting outwardly to engage one or more cams positioned on an inner surface of a slide surrounding the barrel. Interaction between the cams and the cam followers controls the angle between the longitudinal axis of the barrel and the axis of motion of the slide to prevent the breech end of the barrel from moving too far as the barrel tilts as it unlocks from the slide, ensuring that the extractor will engage the rim of a spent casing and extract it from the chamber during recoil.
4	DYNAMIC FIREARM	US12737703	2009-11-27	US20110174149A1	2011-07-21	Yurij Igorevich Donetsky
In weapon shot is fired during counterrecoil. The counterrecoil energy damps the recoil energy. During recoil, the breech block is unlocked, the spent cartridge case is ejected from the barrel by the residual pressure of the powder gases and is directed by a deflector into a hole in the gun carriage. When recoiling into the aftmost position, the barrel approaches the projectile and locks it by means of the breech block. Meanwhile, the next cartridge is taken from a magazine. In the event of misfire, the barrel, continuing to counterrecoil, actuates an extractor for removing the defective projectile. A recoil imitator returns the barrel to the aftmost position, where it is loaded with a projectile in a manner similar to the post-firing recoil. The technical result is ability to load the weapon automatically before firing or to reload the weapon automatically in the event of misfire.
5	Pump firearm having a forwardly moving barrel	US786083	1991-10-31	US5235769A	1993-08-17	Heyns W. Stead; Anthony S. Neophytou
A pump action firearm includes a barrel and a chassis defining a magazine well for receiving a magazine. The magazine well extends longitudinally parallel to the barrel and contains a plurality of cartridges arranged in stacked relationship with each cartridge having its longitudinal axis extending substantially transversely to a longitudinal axis of the barrel. A pump member displaces the barrel forwardly and rearwardly. A carrier mechanism is linked to the pump member and, during pumping of the pump member, moves an end cartridge contained in the magazine from its stacked position to an operative position in alignment with the longitudinal axis of the barrel.
6	Dual purpose extractor assembly for machine guns	US44408965	1965-03-30	US3247610A	1966-04-26	WALLACE JOHN M

7	Adjustable pistol sight with split cylindrical sleeve	US22157962	1962-09-05	US3153873A	1964-10-27	BOUDREAU JOHN L

8	Firearm having slide with cam	US15171243	2016-06-02	US09470465B2	2016-10-18	Brett Curry
A barrel for a semiautomatic firearm operating under the short recoil system has one or more cam followers projecting outwardly to engage one or more cams positioned on an inner surface of a slide surrounding the barrel. Interaction between the cams and the cam followers controls the angle between the longitudinal axis of the barrel and the axis of motion of the slide to prevent the breech end of the barrel from moving too far as the barrel tilts as it unlocks from the slide, ensuring that the extractor will engage the rim of a spent casing and extract it from the chamber during recoil.
9	Barrel with cam followers	US14543926	2014-11-18	US09377262B2	2016-06-28	Brett Curry
A barrel for a semiautomatic firearm operating under the short recoil system has one or more cam followers projecting outwardly to engage one or more cams positioned on an inner surface of a slide surrounding the barrel. Interaction between the cams and the cam followers controls the angle between the longitudinal axis of the barrel and the axis of motion of the slide to prevent the breech end of the barrel from moving too far as the barrel tilts as it unlocks from the slide, ensuring that the extractor will engage the rim of a spent casing and extract it from the chamber during recoil.
10	Dynamic firearm	US12737703	2009-11-27	US08347777B2	2013-01-08	Yurij Igorevich Donetsky
In weapon shot is fired during counterrecoil. The counterrecoil energy damps the recoil energy. During recoil, the breech block is unlocked, the spent cartridge case is ejected from the barrel by the residual pressure of the powder gases and is directed by a deflector into a hole in the gun carriage. When recoiling into the aftmost position, the barrel approaches the projectile and locks it by means of the breech block. Meanwhile, the next cartridge is taken from a magazine. In the event of misfire, the barrel, continuing to counterrecoil, actuates an extractor for removing the defective projectile. A recoil imitator returns the barrel to the aftmost position, where it is loaded with a projectile in a manner similar to the post-firing recoil. The technical result is ability to load the weapon automatically before firing or to reload the weapon automatically in the event of misfire.
11	Semi-automatic handgun	US09771246	2001-01-26	US06405631B1	2002-06-18	Robert C. Milek
A semi-automatic handgun is disclosed including a frame having a barrel housing mounted thereon. A barrel is movably mounted on the barrel housing and has a cartridge chamber at its rearward end for receiving a cartridge therein. The barrel is movable between a rearward position and a forward position with respect to the barrel housing and is normally in its rearward position. The barrel moves forwardly in a straight line from its rearward position upon firing of the cartridge in the chamber to counteract the rearward energy of discharge, thereby reducing recoil. The handgun may be fired in either a single action or double action manner. The firing hammer of the handgun is re-cocked, upon firing of the cartridge, by means of a movable piston having a firing pin positioned therein with the firing pin engaging the hammer to move the hammer to its re-cocked position.
12	Explosive diving tool apparatus with improved extractor	US253543	1988-10-05	US4883213A	1989-11-28	Roland Almeras
An explosive tool driving apparatus is provided having an improved extractor mounted upon its barrel holder, and the claw of which is meant to retain the case of a propulsive charge during opening of the apparatus. A groove for passage of the claw of the extractor is formed within the barrel of the apparatus. In the firing position, the claw is disposed in front of an abutment shoulder for the collar of the case, so as to provide an initial axial clearance, the extractor is freely movable in translation between two axial stops and, during opening, is moved forwardly by the means of collar of the case the improvement thereby avoiding the hard point during opening of the apparatus
13	Combined extractor and ejector mechanism for automatic grenade launcher	US3538635D	1968-12-26	US3538635A	1970-11-10	FRIEND HARVEY H

14	Pistol with slidable and fixed breech block	US4058260	1960-07-05	US3088378A	1963-05-07	BOUDREAU JOHN L

15	Firearm	EP91310164.8	1991-11-04	EP0485137A3	1993-04-21	Stead, Heyns Willmore; Neophytou, Anthony Stavros
A pump action firearm includes a barrel (12) and a chassis (14, 94) defining a magazine well (28) for receiving a magazine (30). The magazine well extends longitudinally parallel to the barrel and contains a plurality of cartridges (32) arranged in stacked relationship with each cartridge having its longitudinal axis extending substantially transversely to a longitudinal axis of the barrel. A pump member (16) displaces the barrel forwardly and rearwardly. A carrier mechanism (44, 46, 106, 108) is linked to the pump member and, during pumping of the pump member, moves an end cartridge contained in the magazine from its stacked position to an operative position in alignment with the longitudinal axis of the barrel.
16	Appareil de scellement à extracteur perfectionné	EP88402654.3	1988-10-21	EP0314549A1	1989-05-03	Almeras, Roland
L'appareil comporte un extracteur (13) monté sur son porte-canon (1) et, dont la griffe (16) doit retenir l'étui (10) d'une charge propulsive lors de l'ouverture de l'appareil. Une rainure (12) de passage de la griffe (16) de l'extracteur est ménagée dans le canon (2) de l'appareil. En position de tir, la griffe (16) est en avant d'un épaulement (30) de butée pour le bourrelet (11) de l'étui (8), pour ménager un jeu axial initial. L'extracteur est libre en translation entre deux butées axiales (21,22) et, lors de l'ouverture, est déplacé vers l'avant par le bourrelet (11). Le perfectionnement évite le point dur lors de l'ouverture de l'appareil.
17	Firearm	EP91310164.8	1991-11-04	EP0485137B1	1996-08-07	Stead, Heyns Willmore; Neophytou, Anthony Stavros

18	Appareil de scellement à extracteur perfectionné	EP88402654.3	1988-10-21	EP0314549B1	1992-08-19	Almeras, Roland

19	Firearm	EP91310164.8	1991-11-04	EP0485137A2	1992-05-13	Stead, Heyns Willmore; Neophytou, Anthony Stavros
A pump action firearm includes a barrel (12) and a chassis (14, 94) defining a magazine well (28) for receiving a magazine (30). The magazine well extends longitudinally parallel to the barrel and contains a plurality of cartridges (32) arranged in stacked relationship with each cartridge having its longitudinal axis extending substantially transversely to a longitudinal axis of the barrel. A pump member (16) displaces the barrel forwardly and rearwardly. A carrier mechanism (44, 46, 106, 108) is linked to the pump member and, during pumping of the pump member, moves an end cartridge contained in the magazine from its stacked position to an operative position in alignment with the longitudinal axis of the barrel.
20	DYNAMIC FIREARM	PCT/RU2009000656	2009-11-27	WO2010041985A3	2010-06-24	DONETSKY YURIJ IGOREVICH
The invention can be used as an artillery weapon or a small arms weapon. A barrel (1) with a breech block (2) is held at maximum recoil by a counterrecoil check (3) actuated by an antirecoil mechanism (4). When a shot is fired, the check (3) releases the barrel (1). During counterrecoil, the projectile for the next shot is moved into a projectile holder (31) and a firing mechanism (38) strikes a firing pin (40). Once a shot has been fired, the counterrecoil energy damps the recoil energy. During recoil, the breech block is unlocked, the spent cartridge case is ejected from the barrel by the residual pressure of the powder gases and is directed by a deflector into a hole in the gun carriage. When recoiling into the aftmost position, the barrel approaches the projectile and locks it by means of the breech block. Meanwhile, the next cartridge is taken from a magazine (28). In the event of misfire, the barrel, continuing to counterrecoil, actuates an extractor (42) for removing the defective projectile. A recoil imitator (4) returns the barrel to the aftmost position, where it is loaded with a projectile in a manner similar to the post-firing recoil. The technical result is that of increasing the efficiency of recoil energy absorption and gun oscillation damping and making it possible to load the weapon automatically before firing or to reload the weapon automatically in the event of misfire.

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