子分类：
- F41C23/02： .背带附件
- F41C23/04： .折叠或可伸缩的枪托或枪托部件(铰接的或可折叠的枪入F41A 11/04)
- F41C23/06： .专门适用于减小后坐力的枪托{或枪架}
- F41C23/10： .适合于手枪,例如左轮手枪的枪托或握把(F41C23/12优先)
- F41C23/12： .起稳定作用的辅助枪托,或适合于变换的手枪,例如左轮枪变换为肩射枪
- F41C23/14： .能调整的枪托或枪托部件,即适合于个人需要的,例如距离、俯仰角、抛投或降落
- F41C23/16： .前托,握把;手防护装置(泵动枪入F41C7/02)
- F41C23/18： .其特征在于使用的材料(F41C23/08优先)
- F41C23/20： .托,托板;及其固定件(F41C23/08,F41C23/10优先)
- F41C23/22： .具有储存空间的托
| 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 | 步枪的套筒座及固定装置 | CN97194765.1 | 1997-03-18 | CN1219232A | 1999-06-09 | W·B·鲁格; M·西米斯科 |
| 一种步枪,包括一枪托(11),一套筒座(14)和可相互连接的固定挡块(23),该挡块具有间隔开的凹槽(33,34),套筒座可具有间隔设置的底部突出部分(47,48),这些突出部分被构造成适合于装配在这种锁定凹槽内,并被锁在凹槽内。 | ||||||
| 2 | 包括手枪枪管和扳机装置控制机构的手枪枪身 | CN97190307.7 | 1997-02-10 | CN1190459A | 1998-08-12 | W·B·鲁格; J·麦加里 |
| 一个用塑性材料构成的枪身(7),在枪身的前部、中部和尾部有滑轨导向件(18、19)。枪身与一枪管单元(16)结合使用,枪管单元通过滑块(8)的往复运动和通过一凸轮块(30)被凸轮顶向后和向下,凸轮(30)连同枪管(6)的运动受阻于枪身凹腔的壁。阻止枪管和凸轮块的这种向后和向下运动所产生的力和能量通过凸轮块撞击枪身凹腔而传递给枪身。一个滑块止动销穿过枪身和凸轮块上的孔,它也有助于将能量传递给枪身。阻止枪管和凸轮块运动过程中造成滑块向上运动的力由滑轨导向件来防止。扳机(11f)绕扳机耳轴(11t)转动,该耳轴位于凸轮块下方的枪身凹腔内。 | ||||||
| 3 | 步枪的套筒座及固定装置 | CN97194765.1 | 1997-03-18 | CN1073691C | 2001-10-24 | W·B·鲁格; M·西米斯科 |
| 一种步枪的套筒座(14)和可相互连接的固定挡块(23)，该挡块具有间隔开的凹槽(33，34)，套筒座可具有间隔设置的底部突出部分(47，48)，这些突出部分被构造成适合于装配在这种锁定凹槽内，并被锁在凹槽内。该种步枪的套筒座和可相互连接的固定挡块安装、拆卸简单，性能可靠。 | ||||||
| 4 | 包括手枪枪管和扳机装置控制机构的手枪枪身 | CN97190307.7 | 1997-02-10 | CN1071447C | 2001-09-19 | W·B·鲁格; J·麦加里 |
| 一个用塑性材料构成的枪身(7)，在枪身的前部、中部和尾部有滑轨导向件(18、19)。枪身与一枪管单元(16)结合使用，枪管单元通过滑块(8)的往复运动和通过一凸轮块(30)被凸轮顶向后和向下，凸轮(30)连同枪管(6)的运动受阻于枪身凹腔的壁。阻止枪管和凸轮块的这种向后和向下运动所产生的力和能量通过凸轮块撞击枪身凹腔而传递给枪身。一个滑块止动销穿过枪身和凸轮块上的孔，它也有助于将能量传递给枪身。阻止枪管和凸轮块运动过程中造成滑块向上运动的力由滑轨导向件来防止。扳机(11f)绕扳机耳轴(11t)转动，该耳轴位于凸轮块下方的枪身凹腔内。 | ||||||
| 5 | 模制枪座的方法及其装置 | CN89107133.4 | 1989-09-06 | CN1040948A | 1990-04-04 | 威廉·B·鲁格 |
| 一种用于模制各种塑料枪座的枪座模及其操作方法，这些枪座基本上具有同样外形和尺寸，而其用于放置机匣和枪管和其他工件的内部凹陷部和腔是不同的，这些凹陷部和腔的变化通过模制操作时插入芯的替换而实现。 | ||||||
| 6 | Firearm frame with a firearm barrel and trigger loading control mechanism | JP52869197 | 1997-02-10 | JP2000500854A | 2000-01-25 | ジェイムズ マックガーリイ; ウィリアム ビー ラガー |
| (57)【要約】 プラスチック材料で構成された小火器フレーム（７）はフレームの前方部分、中央部分及び後方部分にスライドレール案内部材（１８、１９）を有する。 フレームはスライド（８）の往復動及びカムブロック（３０）によって後方及び下方にカムで移動される銃身ユニット（１６）について有用であり、カムブロック（３０）は、銃身（６）の移動で、フサームキャビティの壁によって止められる。 銃身及びカムブロックのかかる後方及び下方移動をとめる最に使用した力及びエネルギーはフレームキャビティに当たるブロックによってフレームに連続強化繊維・たつされる。 フレーム及びカムブロックの開口部を貫通するスライドストップピンはまたエネルギーをフレームに伝達するのを助ける。 銃身及びカムブロックの停止中スライドを上方に移動させる力はレール案内部材によって阻止される。 引き金（１１）はカムブロックの下でフレームキャビティ内に位置した引き金トラニオン（１１ｔ）を中心に回転する。 | ||||||
| 7 | Rapid-fire gun | JP2003502431 | 2002-04-02 | JP2004528525A | 2004-09-16 | レー，ホルスト |
| その一端にカートリッジチャンバーを備えた銃身、遊底システム、トリガーとトリガーガードを備えたトリガー装置、点火機構、マガジンおよび照準装置を有する速射銃は、速射銃の重心が、発射方向においてトリガーガードの前方に位置していることを特徴としている。 | ||||||
| 8 | Molding method and the molding of the buttstock | JP22943089 | 1989-09-06 | JP2825546B2 | 1998-11-18 | UIRIAMU BII RUUGAA |
| 9 | Method and mold for molding firearm stock | JP22943089 | 1989-09-06 | JPH02223797A | 1990-09-06 | UIRIAMU BII RUUGAA |
| PURPOSE: To change inserts variously and mold various dimensions and shapes of firearm stocks, by providing a mold with a stroke member to decide the exterior shape of a firearm stock, and molding core means to make various dimensions of plural interior spaces, and a stroke member to regulate a desired dimension of interior space. CONSTITUTION: The molding of a firearm stock 10 is performed using a mold 16. The mold 16 has interior space made, and the dimension and shape of this interior space decide the whole of the exterior dimension and exterior shape. The interior space contains a right curved panel 19r, a left curved panel 19l, a receiver 21, and a barrel support 22, a right front slender panel 23r, and a left front slender panel 23l. Cavities 19r and 19l are made by a right curved panel core 26r and a left curved panel core 261 positioned by a bolt 37. This way, firearm stocks having interior spaces of various dimensions and shape can be molded easily merely by changing inserts variously by a set of molds. COPYRIGHT: (C)1990,JPO | ||||||
| 10 | Firearms receiver mount and fixing device | JP53529997 | 1997-03-18 | JP2000507687A | 2000-06-20 | マイケル スミスコ; ウィリアム ビー ラガー |
| (57)【要約】 銃床（１１）と、レシーバ（１４）と、相互連結可能なマウントブロック（２３）とを有し、ブロック（２３）が互いに間隔を隔てた凹部（３３、３４）を備え、レシーバが、ブロックの凹部（３３、３４）内に嵌合されかつロックされるように構成された、互いに間隔を隔てた足状突出部（４７、４８）を備えている火器（１０）。 | ||||||
| 11 | Detachable cushion type small arm grip | JP20247383 | 1983-10-28 | JPS5995398A | 1984-06-01 | JIYATSUKU AARU FUARA; FURANKU DABURIYUU FUARA |
| 12 | JPS541119B1 - | JP2937471 | 1971-05-01 | JPS541119B1 | 1979-01-20 | |
| 13 | 소총 | KR20160144563 | 2016-11-01 | KR20180047809A | 2018-05-10 | 권혁명 |
| 본발명의일 실시예에따른소총은, 제1 방향으로연장된총열을포함하는제1 몸체, 상기제1 몸체의일측에힌지결합되어상기제1 몸체를지지하며, 손잡이및 방아쇠를포함하는제2 몸체및 양측단부각각이상기제1 몸체및 상기제2 몸체에결합되어, 상기제1 몸체에대해상기제2 몸체를회전또는고정시키는체결부를포함하며, 상기체결부는, 상기제1 방향을따라연장된지지핀, 상기지지핀의일측단부에결합되며, 일부가상기제1 몸체외부로노출된지지몸체, 상기지지몸체에결합되어상기제2 몸체의일측에형성된수용홈에삽입가능한삽입돌기, 상기지지몸체에회전가능하게결합되어, 상기지지몸체가상기제1 방향을따라이동하는것을제어하는회전판및 상기제1 방향과교차하는제2 방향과나란한제1 회전축을중심으로회전하는상기회전판에일 방향으로힘을가하는가압부를포함할수 있다. | ||||||
| 14 | 모의 총기용 무선 수동 기계식 반동장치 | KR1020160027892 | 2016-03-08 | KR1020170104887A | 2017-09-18 | 정재환; 류지훈; 안건상; 장민옥; 김성인 |
| 본발명에따른모의총기용무선수동기계식반동장치는, 총기(10)의노리쇠뭉치와동일한형상으로내부에중공이형성되어총기(10)의약실(11)에장치되고, 하향으로장전돌기(110)가형성된반동모듈(100); 스프링을내장한채로상기반동모듈(100)의중공에관통결합되어상기반동모듈(100)의후퇴시, 약실(11)에서의이동을가이드하고, 제자리복원을위한탄성력을제공하는스프링가이드바(12); 상기반동모듈(100)의장전돌기(110)와연결되고, 사용자가손으로권취하여후퇴시킴으로써상기반동모듈(100)을후퇴시키는장전손잡이(200); 총기(10)의방아쇠부분을대체하여장착되고, 사용자의손가락에의해후퇴하였다가다시원위치복원을위한탄성력을제공하는스프링을내장한방아쇠부(300); 상기총기(10)의약실(11) 하면일측에돌출되는걸림턱(410)을형성하고, 상기방아쇠부(300)의구동에의하여약실(11)의걸림턱(410)이하향으로이동하며, 다시원위치복원을위한탄성력을제공하는스프링을내장한장전걸림쇠(400);를포함하여구성되고, 사용자가손으로권취하여후퇴시킨장전손잡이(200)에의하여상기장전손잡이(200)와연결된장전돌기(110)에의해동반후퇴되는반동모듈(100)과, 상기후퇴된반동모듈(100)의일측을구속하는장전걸림쇠(400)의구동에의하여장전이수행되고, 사용자가손가락으로상기방아쇠부(300)를당김으로써, 상기장전걸림쇠(400)의걸림턱(410)이하향이동하여반동모듈(100)의구속을해제하고, 상기스프링가이드바(12)의스프링탄성력에의하여반동모듈(100)이전진하면서발생하는충격에의한격발을수행하는것을특징으로한다. | ||||||
| 15 | 소화기의 사용을 간편하게 하는 손잡이 및 개머리판 조립체 | KR1019830005849 | 1983-12-09 | KR1019840007179A | 1984-12-05 | 우지갈 |
| 내용없음 | ||||||
| 16 | 중공 보디 프로파일을 갖는 총기 구성부품 | KR1020067007662 | 2004-10-13 | KR1020060076785A | 2006-07-04 | 무렐로요하네스; 피슈바흐빌헬름 |
| The invention relates to a firearm component (1), made from plastic, in which a hollow body profile (24) is embodied. The hollow body profile (24) thus serves, for example, for reinforcement of a thin-walled housing and force-bearing mounting of other firearm components, such as, for example, a sleeve (22), for mounting the firearm barrel. The embedding of such elements in the component permits the stable and precisely adjustable connection to the firearm of targeting, firing and other devices. According to the invention, the hollow body profile (24) is produced by injection moulding in one piece, together with the firearm component (1). | ||||||
| 17 | 소총 | KR1020020022760 | 2002-04-25 | KR1020030084193A | 2003-11-01 | 김상권 |
| PURPOSE: A rifle is provided to perform the shooting with a user identifying the shooting objects with the display without exposing the user himself. CONSTITUTION: A rifle is composed of an upper body(10) having a barrel(11) at the front side and a loader for a magazine at the rear side, a hammer for firing bullets in the magazine, a lower body(30) having a trigger for operating the hammer and a supporting body(32), an angle adjuster(40) changing the angle of the upper body with respect to the lower body, an identifying unit(50) sensing the shooting objects with a display, a battery(60) for supplying the power for the hammer and the identifying unit. The identifying unit has a camera(51) at the end of the barrel of the rifle at the upper body and a monitor(52) at the supporting body at the lower body. | ||||||
| 18 | 소화기의 사용을 간편하게 하는 손잡이 및 개머리판 조립체 | KR1019830005849 | 1983-12-09 | KR1019890000198B1 | 1989-03-10 | 우지갈 |
| A piston grip extends from the undersurface of the firearm receiver. A stabiliser is secured to the far end of the grip, including a firearm receiving section for stabilising the gun by pressing up against the firearm of the hand holding the grip. An L-shape bracket with two legs has one leg secured to the grip and the other to a section of the receiver behind the piston grip. A folding stock pivoted to the rear end of the weapon receiver is operative between close proximity gun firing position and shoulder firing position. The stock can be shaped to provide the stabilising function, so that the L-shape bracket is not required. | ||||||
| 19 | SEMI-AUTOMATIC AND AUTOMATIC FIREARM, BOLT AND BARREL SUB ASSEMBLIES THEREFOR AND METHOD OF MAKING SAME | PCT/US2008050065 | 2008-01-03 | WO2008118504A3 | 2009-03-05 | MARFIONE ANTHONY L |
| An autoloading gas operated firearm of the "bull pup" configuration capable of semi-automatic and automatic fire. Provision is made for quick release barrel interchange; and, a barrel with an integrally formed suppressor with internal discharge/venting of the gas operating chamber is described. The surfaces of sliding engagement with the bolt and bolt earner are hard coated for wear resistance making lubrication unnecessary. The sight structure is positively registered. The sight retaining knobs may be tightened with a cartridge case. The sliding surfaces of the receiver and bolt carrier are fluted for dirt collection; and, the bolt carrier tubes and stock are provided with water drain holes enabling ready firing after water immersion. A safety is described on opposite sides of the firearm with all-around readily visible indicia of firing status. The magazine engagement is uniquely configured to prevent usage of non specific ammunition. | ||||||
| 20 | SCANDIUM CONTAINING ALUMINUM ALLOY FIREARM | PCT/US0115971 | 2001-05-17 | WO0188457A3 | 2003-01-09 | STALL THOMAS C; LUTY JEFFREY; FLEURY KEVIN R; SPENCER NORMAN W |
| Firearms (20) having scandium containing aluminum alloy components having alloying elements including light weight metals, such as magnesium, chromium, copper and zinc, heavier metals, such as zirconium, and other rare earth metals. The components have yield strengths of 82 to 100 KSI, tensile strengths of 88 to 106 KSI, 12 to 19 % elongation's, and 7 to 10 % reduction areas, and a method for treating the scandium containing aluminum alloy. The alloy is composed of 0.05 % to 0.15 % scandium, 7.5 % to 8.3 % zinc, 1.6 % to 2.2 % magnesium, 1.6 % to 2.0 % copper, 0.02 % to 0.04 % chromium, 0.05 % to 0.15 % zirconium, and 87 to 90 % aluminum. A method for making the components involves exposure to solution heat treatment of 875 DEG F for an hours or two, followed by water quench, natural aging at ambient temperature for 24 to 72 hours, artificial aging at 250 DEG F for 24 hours, and allowed to air cool. | ||||||
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