| 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 | 用于手持火器的后膛装置 | CN201080034011.1 | 2010-07-19 | CN102575918A | 2012-07-11 | 弗拉迪米尔·劳甘库克 |
| 手持火器的后膛装置包括火器壳体、扳机机构、可滑动地布置在火器壳体内的承载件、以及与承载件接合且具有撞针的后膛块。后膛装置还包括张紧元件，张紧元件与承载件可滑动地接合且联接至至少一个从动销，该至少一个从动销与撞针接合并与后膛块可滑动地联接。张紧元件包括突出部，突出部具有适于与扳机机构上的止动装置接合的方向向前的鼻部。后膛装置还包括与承载件和后膛块可滑动地接合的张紧销。 | ||||||
| 2 | 用于手持火器的后膛装置 | CN201080034011.1 | 2010-07-19 | CN102575918B | 2014-10-15 | 弗拉迪米尔·劳甘库克 |
| 手持火器的后膛装置包括火器壳体、扳机机构、可滑动地布置在火器壳体内的承载件、以及与承载件接合且具有撞针的后膛块。后膛装置还包括张紧元件，张紧元件与承载件可滑动地接合且联接至至少一个从动销，该至少一个从动销与撞针接合并与后膛块可滑动地联接。张紧元件包括突出部，突出部具有适于与扳机机构上的止动装置接合的方向向前的鼻部。后膛装置还包括与承载件和后膛块可滑动地接合的张紧销。 | ||||||
| 3 | 使轻武器运动部件反冲减速的器件 | CN93106237.3 | 1993-05-31 | CN1080716A | 1994-01-12 | 杰安-路易斯; 盖特霍耶; 奥里·迪斯·克里斯尔; 特齐尼科安; 比尔格安 |
| 使下述轻武器中运动部件反冲减速的器件，此轻武器的枪壳以其运动部件支承着枪筒与撞针，撞针的驱动件有一包括旋入枪壳中之扳机的运动链系，特征是运动部件与枪筒间有一起作用的杆铰接在枪壳上，此杆的前端有一当运动部件作部分反冲时与其表面触合的止动件，另有一在后端与枪筒4表面触合的止动件。枪筒4随运动部件的反冲而运动，但是是以较此杆速度为低的速度L1/L2下运动。 | ||||||
| 4 | 使轻武器运动部件后坐减速的器件 | CN93106237.3 | 1993-05-31 | CN1032332C | 1996-07-17 | 杰安-路易斯; 盖特霍耶; 奥里·迪斯·克里斯尔; 特齐尼科安; 比尔格安 |
| 使下述轻武器中运动部件后坐减速的器件，此轻武器的机匣以其运动部件支承着枪筒与撞针，撞针的驱动件有一包括旋入机匣中之扳机的运动链系，特征是运动部件与枪筒间有一起作用的杆铰接在机匣上，此杆的前端有一当运动部件作部分后坐时与其表面触合的止动件，另有一在后端与枪筒4表面触合的止动件。枪筒4随运动部件的后坐而运动，但是是以较此杆速度为低的速度L1/L2下运动。 | ||||||
| 5 | 具有后膛闭锁装置的自动装填轻武器 | CN88107047 | 1988-09-09 | CN1016994B | 1992-06-10 | 戴维·爱德华·史密夫 |
| 一种手枪型自动装填轻武器，其枪闩滑机有闭锁块，闭锁块配备将枪管锁紧在滑机上的装置和将滑机从枪管上释放的装置，释放闭锁块的装置包括旋转卡子，可在使闭锁块保持在卡住枪管的位置和闭锁块能够释放枪管的位置间转动，还可在能旋转位置和不能旋转位置间轴向移动。闭锁块通常被固定开口装置保持在非旋转位置，当固定开口装置在其工作位置上把滑机从它的前面待发射位置卡到全缩回位置时，闭锁块可被释放。 | ||||||
| 6 | 自动装填轻武器的后膛闭锁装置 | CN88107047 | 1988-09-09 | CN1034263A | 1989-07-26 | 戴维·爱德华·史密夫 |
| 一种手枪型自动装填轻武器，其枪闩滑机有闭锁块，闭锁块配备将枪管锁紧在滑机上的装置和将滑机从枪管上释放的装置。释放闭锁块的装置包括旋转卡子，可在使闭锁块保持在卡住枪管的位置和闭锁块能够释放枪管的位置间转动，还可在能旋转位置和不能旋转位置间轴向移动。闭锁块通常被固定开口装置保持在非旋转位置，当固定开口装置在其工作位置上把滑机从它的前面待发射位置卡到全缩回位置时，闭锁块可被释放。 | ||||||
| 7 | Device for decelerating recoil of moving part of fire arm | JP13159593 | 1993-06-02 | JPH0650696A | 1994-02-25 | GATHOYE JEAN-LOUIS |
| PURPOSE: To greatly improve safety in actuation with a simple structure by decelerating the recoil of moving parts of a fire arm comprising a casing having the moving parts, which supports a mobile barrel and a striker. CONSTITUTION: When discharged, moving parts 3 receive a recoiling force F generated by pressure and transfer this tensile force to a stopper 6 of a lever 1 through a surface 5. The lever 1 turns centering on a hinged shaft 2, pushes a surface 8 of a barrel 4 through a stopper 9 and supports the barrel 4 rearward. Accordingly, the recoil of the moving parts 3 is decelerated not only by the mass of the moving parts 3 themselves but also by the mass of the barrel 4. When recoiling commences, the barrel 4 is moved backward in a speed lower than the moving parts 3 as can be logically represented by a ratio L2 /L1 of distances of the stoppers 6, 9 from the shaft 2, respectively. Thus, the moving parts 3 and the barrel 4 are able to have minimum and normal wear. | ||||||
| 8 | Short recoil semi-automatic shotgun | JP2008013871 | 2008-01-24 | JP2008215803A | 2008-09-18 | GUSSALLI BERETTA UGO |
| PROBLEM TO BE SOLVED: To provide a semi-automatic shotgun in which the stress peaks of parts are minimized, which is easily operable even when any gram-force of a cartridge is used, and which has a reliability. SOLUTION: This smooth-bore barrel semi-automatic shotgun comprises: a frame 6 having a breech 61; a barrel 5 slidably mounted on the frame 6 relative to the breech 61; a slide-bolt assembly 62 adapted to close the barrel 5 and slid relative to the breech 61; and an elastic means (65) adapted to oppose the slide movement of the barrel 5 relative to the frame (6). The shotgun is characterized in that the elastic means 65 comprise a friction spring 66. COPYRIGHT: (C)2008,JPO&INPIT | ||||||
| 9 | Apparatus for reducing the bounce of the movable portion of the firearms | JP13159593 | 1993-06-02 | JP3143544B2 | 2001-03-07 | ガトエ ジャン−ルイ |
| 10 | Weapon | JP2002231051 | 2002-08-08 | JP2003121096A | 2003-04-23 | BREUER HEINZ GUNTER; HULSEWIS HANS |
| PROBLEM TO BE SOLVED: To miniaturize and lighten the weight of a control unit for guiding a piston rod for operating a closing wedge. SOLUTION: The control unit 11 is provided with a changeover rod 13 and a detent pawl 17, a cam 16 is fitted inside a notch 18 of a control rod, and the cam press-fits the detent pawl in the inside of a lock groove 19 of the changeover rod at the initial position of the control rod 15. The changeover rod cannot slide axially, the control rod slides in the direction of an opening part of a gun barrel 3, and the cam swings the detent pawl so as to come out from the lock groove. The lengths of the piston rod 8 and the changeover rod are so selected that, when the gun barrel 3 advances, the closing wedge 7 moves to a position already opened by the axial sliding of the rods 8 and 13, and then the control cam 10 brings about the sliding of the control rod and the swinging of the detent pawl toward the release position. COPYRIGHT: (C)2003,JPO | ||||||
| 11 | Self loading firearm | JP22486288 | 1988-09-09 | JPH0217392A | 1990-01-22 | DEBITSUDO EDOWAADO SUMISU |
| PURPOSE: To facilitate decomposition and assembly of a self loading firearm, by permitting release of a lock block by means of hold open means only at the time that a breech block slide is sufficiently held at a retracted position. CONSTITUTION: When a breech block slide B is held at the retracted position by means of a slide portion hold open engaging fitting E, a frontward and downward inclination angle G3 of an open engaging fitting G is removed from an end portion 13 of a locking engaging fitting and an arm E1 is removed from a frame recessed portion A5. A stud E15 is inserted on a locking block lug F14 and a lug 14 and an entire end portion of a locking block F are pushed down. Then, a barrel lug C8 is moved in a frontward direction on the rear portion of the locking block F, and the barrel C is removed from the slide B and the pistol. In this manner, when only the barrel is necessary, it can be easily removed from the firearm. COPYRIGHT: (C)1990,JPO | ||||||
| 12 | JPS6237320B2 - | JP11336474 | 1974-10-03 | JPS6237320B2 | 1987-08-12 | ROORENSU REI FUORUSAMU; BIKUTAA REIMONDO GYAADEI; JON FURANSHISU OBURAIEN; OGASUTO JOSEFU HABAAASUTORO; ETSUTORE JOSEFU MANKASO JUNIA |
| 13 | JPS5078199A - | JP11336474 | 1974-10-03 | JPS5078199A | 1975-06-25 | |
| 14 | ÜBUNGSWAFFE | EP16150133.3 | 2016-01-05 | EP3190373A1 | 2017-07-12 | Kroyer, Josef |
Die Erfindung betrifft eine Übungswaffe mit einem herkömmlichen Griffstück (1) mit einer Verriegelung (8) für einen Kipplauf, mit einem Abzugsmechanismus (2), der gegebenenfalls ein Drehlager (13) für ein verdrehbares Züngel aufweist, mit einem Federboden (11), an dem sich die Rückholfeder abstützt; und mit einem Übungsverschluss (19) mit einem festen Übungslauf (20). Um einen Umbau ohne die Verwendung eines Werkzeuges zu ermöglichen ist vorgesehen, dass in das Griffstück (1) ein Adapter (3) eingesetzt ist, der sich einerseits oberhalb des Abzugsmechanismus (2), gegebenenfalls oberhalb des Drehlagers (13), an einer Versteifung (10) und andererseits im oberen Bereich des Federbodens (11) des Griffstücks (1) abstützt. Weiters weist der Adapter (3) in seinem oberen Bereich Führungen (4) für den Übungslauf (20) auf, und die Verriegelung (8) wirkt mit einem Verriegelungsschieber (7), der in einem Verriegelungsschlitz (6) des Adapters (3) ausgebildet ist, so zusammen, dass der Verriegelungsschieber (7) den Übungslauf (20) fixiert.
|
||||||
| 15 | FIREARM OPERATING SYSTEM | EP12731722.0 | 2012-06-05 | EP2724111B1 | 2016-02-03 | BASSOLI, Marco; BONOMI, Sergio; ANSALDI, Ugo |
| 16 | HANDGUN WITH A LOCKING DEVICE | EP12783307.7 | 2012-09-14 | EP2603764B1 | 2015-09-09 | BANDINI, Nicola; STRESHINSKIY, Dimitry |
| 17 | FIREARM OPERATING SYSTEM | EP12731722.0 | 2012-06-05 | EP2724111A1 | 2014-04-30 | BASSOLI, Marco; BONOMI, Sergio; ANSALDI, Ugo |
| An operating system for an individual firearm, such as a rifle, comprises a carriage (14) sliding axially in the compartment of the body of the firearm, an obturator (10) associable to the barrel (2), an elastic element (16), compressible between the carriage (14) and the obturator (10). In the configuration of firearm ready to fire with the bullet in the barrel, the obturator (10) has a free compression stroke (D) for the compression of the elastic element (16) and the barrel (2) has a free firing stroke (C) in relation to the abutment (32) of the operating compartment (8). | ||||||
| 18 | Short recoil semi-automatic shotgun | EP08425031.5 | 2008-01-23 | EP1950520A1 | 2008-07-30 | Gussalli Beretta, Ugo |
The invention relates to a smooth-bore barrel semiautomatic shotgun (1) which comprises: a frame (6) comprising a breech (61); a barrel (5) being slidingly mounted on the frame (6) relative to the breech (61); a slide-bolt assembly (62), sliding relative to the breech (61), which is adapted to close the barrel (5); and elastic means (65) which are adapted to oppose the barrel (5) sliding movement relative to the frame (6). The shotgun (1) is characterized in that the elastic means (65) comprise a friction spring (66).
|
||||||
| 19 | Automatic weapon with recoiling barrel | EP00310177.1 | 2000-11-16 | EP1102022A3 | 2002-07-24 | Rossier, Glenn E.; Steimke, David L.; Hayes, Larry W.; Forrester, Victor |
An automatic projectile firing weapon and a related method for absorbing the recoil force of an automatic projectile firing weapon are disclosed. The weapon includes a barrel assembly that is slidably mounted in a receiver, biased by an operating spring, and engageable with a main sear. A gas operated bolt assembly is slidably mounted within the barrel assembly and is driven by a bolt spring. A trigger is provided to release the main sear and allow the operating spring to move the barrel assembly forwardly in the receiver. There is further provided a buffer connected between the receiver and the barrel assembly to dampen the velocity of the barrel assembly to ensure the barrel assembly is moving at a predetermined maximum velocity when a round is fired at a predetermined firing position. The recoil energy from the fired round is absorbed mainly by the forward motion of the barrel assembly and in part by the operating spring and buffer. In this manner, the peak recoil load to the receiver is minimized and the weapon operates at its actual firing rate from the first shot. |
||||||
| 20 | Dispositif pour le freinage de la glissière d'une arme à feu | EP93201361.8 | 1993-05-12 | EP0573093A1 | 1993-12-08 | Gathoye, Jean-Louis |
Dispositif pour le freinage d'une glissière d'une arme à feu, du type comprenant une carcasse (12) portant une glissière mobile (3) supportant un canon mobile (4) et un percuteur (13), le dispositif d'actionnement dudit percuteur (13) étant constitué par une chaîne cinématique (15) comprenant une détente (16) pivotant dans la carcasse (12), caractérisé en ce qu'entre la glissière (3) et le canon (4) est engagé un levier (1) articulé dans la carcasse (12), ce levier (1) comprenant vers l'avant une butée (6) venant en contact avec une surface (5) de la glissière (3) pendant une partie seulement du recul de cette glissière (3), ce recul causant un pivotement du levier (1) jusqu'à ce que ce dernier ne soit plus en contact avec la surface (5), ce levier (1) comprenant également vers l'arrière une butée (9) venant en contact avec une surface (8) du canon (4) de sorte que pendant le pivotement susdit, le canon (4) suit la glissière (3), mais à une vitesse moindre donnée par le rapport du levier L2/L1. |
||||||
