| 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 | 一种强光致盲弹 | CN201310031872.X | 2013-01-28 | CN103047910A | 2013-04-17 | 马永忠; 战仁军; 庄弘炜; 单宁; 冯建伟; 赵法栋 |
| 本发明公开了一种强光致盲弹，包括母弹和子弹，母弹包括母弹壳和连接在母弹壳下端的弹壳盖，母弹壳上端连接有发火机构；子弹包括设置在母弹壳内部的子弹壳和子弹盖，子弹盖安装在子弹壳的上端，子弹盖上端与母弹壳顶部内壁之间形成腔室，子弹壳内装有闪光剂，子弹盖包括与子弹壳上端相连接的盖板，盖板中部向下弯曲形成筒体，筒体内安装有火焰延期点火管，筒体的下表面连接有用于引燃闪光剂的点火药片，筒体底部开设有用于引燃点火药片的传火孔。该强光致盲弹在子弹爆炸前，母弹与子弹分离，确保了母弹部件不会产生杀伤性破片，并且子弹上的火焰延期点火管在爆炸前被抛掉，确保子弹爆炸时不产生金属破片，不会对人身造成伤害。 | ||||||
| 2 | 一种多响声光弹 | CN201610409645.X | 2016-06-13 | CN106091844A | 2016-11-09 | 王洪波; 刘泉洪; 陈昂; 吕鹏; 李俊杰; 白海军; 周侃; 甘巧玉 |
| 本发明属于特种弹药技术领域，具体涉及一种声光弹。一种多响声光弹，它包括：安装在壳体内的两枚以上的子弹、发火组件、保险装置、壳体、分离药、子弹推板以及子弹托；子弹包括：火焰延期点火管、子弹壳体以及声光剂；声光剂安装在子弹壳体的空腔内，弹壳体的上下两端分别固定上堵头以及下堵头；火焰延期点火管安装在弹壳体上部的中心孔内；上堵头的中心环形孔与火焰延期点火管相对；本发明作为一种子母弹形式的声光弹，抵达作用区后子弹簇通过开舱抛洒而出，每一个子弹均可作为一个爆震单元，可产生更加强烈的震慑效果，并具备较好的防反投功能。 | ||||||
| 3 | 一种软管受压膨胀式的催泪弹 | CN200810172358.7 | 2008-10-31 | CN101393001A | 2009-03-25 | 梁国栋 |
| 一种软管受压膨胀式的催泪弹，属于防御性武器类。包括左右拼合的外壳，内部的装料软管，及喷射头组件，其特征在于，装料软管内充灌了液态或气态催泪剂，装料软管经开关阀与喷射头下部相连，喷射头上部连接喷头塞并套接着保险栓。该催泪弹实体装配简单，催泪剂可以是液体也可以是气体，催泪剂可方便的外购，能批量投入生产，这种催泪弹开发问世，能应用于装备军警，在突发的暴乱冲突中充当非杀伤力性武器，摧散聚众闹事的人。 | ||||||
| 4 | 榴弹体，特别是用于手榴弹的榴弹体 | CN86101279 | 1986-03-03 | CN86101279A | 1986-09-10 | 汉斯·阿西曼 |
| 一榴弹体，尤其一手榴弹由一多部杀伤体和一塑料材料的外壳组成，多部杀伤体构成一中空体且包含栖栖在塑料材料中的金属颗粒，塑料材料的外壳包住杀伤体，而杀伤体部分在连接面稳固地啮合。组装杀伤体时，最好是球形的金属颗粒在连接面仅凸出一小距离，在连接面，颗粒内层与颗粒外层位错约是颗粒直径的一半。 | ||||||
| 5 | 仿粉碎性手榴弹 | CN201580067258.6 | 2015-11-10 | CN107003102A | 2017-08-01 | J·费尔南德斯德卡斯特罗 |
| 发明涉及一种为了重复使用可重新装备的仿粉碎性手榴弹，包括固定部件(5)以及轴向可移动部件(6)，固定部件接合到弹簧(8)，弹簧作用于在内部位置和外部位置之间移动的板(9)，轴向可移动部件(6)穿过固定部件(5)，所述轴向可移动部件被弹簧(7)向上推动并且通过杆(13)在上部中轴向延伸，杆由机构(14)可旋转地致动的，杆接合到布置在外部上的控制套(15、27)，使得控制套可在手榴弹体的本体的中心延伸部(16)上轴向和旋转地移动，轴向可移动部件(6)包括装置，装置用于将板(9)保持在内部位置中，所述板根据轴向可移动部件(6)的运动被释放。 | ||||||
| 6 | 一种可以选择杀伤威力的手榴弹 | CN200510094078.5 | 2005-08-29 | CN1731075A | 2006-02-08 | 陈嘉农; 邹志尚; 陈秀恋 |
| 本发明涉及手榴弹。在手榴弹的弹体的外部设置了优化放射状散布杀伤颗粒；在手榴弹的弹体的外部设置的优化放射状散布杀伤颗粒可以为一层至三层；位于手榴弹的弹体的外部的一层至三层的优化放射状散布杀伤颗粒的直径及数量可以根据手榴弹所需要的杀伤威力的大小进行选择性设置；优化放射状散布杀伤颗粒可以为球体钢珠；球体钢珠形状的优化放射状散布杀伤颗粒的直径可以为0.5mm至15mm；优化放射状散布杀伤颗粒可以为多棱角形钢块；或优化放射状散布杀伤颗粒可以为不规则形状的钢块；优化放射状散布杀伤颗粒的数量可以为10个至4000个；优化放射状散布杀伤颗粒可以设置在有柄手榴弹的弹体的外部；或优化放射状散布杀伤颗粒可以设置在无柄手榴弹的弹体的外部。 | ||||||
| 7 | 榴弹弹体、特别是手榴弹弹体 | CN86102166 | 1986-03-31 | CN86102166A | 1987-01-14 | 汉斯·阿斯曼 |
| 榴弹，尤其是手榴弹，它是一个空腔体，它的壁是包嵌有金属球的塑料，是沿着其轴线拉伸成的球形体，例如，一个蛋形体。弹体(2)的壁在底部(8)和侧面(9)之间，或孔肩部面(12)和侧面(9)之间的转接区，有一个与轴线对称的加强厚壁(10，11)，同时与弹体(2)的邻近壁相比较，加强厚壁(10，11)的金属颗粒更为密集。 | ||||||
| 8 | JPS4943440B1 - | JP5767070 | 1970-07-01 | JPS4943440B1 | 1974-11-21 | |
| 9 | Fast smoke generating hand grenade | JP34112696 | 1996-12-20 | JPH09196600A | 1997-07-31 | PEETAA RAIYAA; NORUBERUTO BUARUDETSUKI; KAARU RAUTSUPU |
| PROBLEM TO BE SOLVED: To generate a fast occurrence of smoke in safe manner, having a high smoking screen effect and superior residual characteristic. SOLUTION: This is a fast smoke generating hand grenade having an ignition head manually operated and an active block member. Then, a striker 5 arranged on the ignition head A so as to start a reaction of cracker is biased by a safety clip 11 in such a way that it may be handled safely. A smoke generating means 19 arranged at the active block member B is comprised of either an ignitable disk-like or a fan-disk-shaped thin piece (flare) covered by the smoke generating agent having mainly phosphorus, fills around a capsule 31 for the ignition/ explosion device in a can 15 of the active block member B. Heavy members of the hand grenade are connected to each other by connector elements 41, 43 which are stable during explosion of the hand grenade. Basic composing elements of the hand grenade are made of aluminum. Charging of ignition chemicals/explosives in the ignition/explosion device C is comprised of traditional aluminum and potassium perchlorate in order to make a minimum releasing of combustion gas when they are reacted. COPYRIGHT: (C)1997,JPO | ||||||
| 10 | Reusable pellet shooting grenade | JP2008062827 | 2008-03-12 | JP2009145034A | 2009-07-02 | CHONG CARLTON IE LOONG |
| <P>PROBLEM TO BE SOLVED: To provide a shooting structure of a reusable projectile in a pellet shooting grenade usable in a war simulation game. <P>SOLUTION: The grenade 10 includes a housing 12 containing at least one spiral launch tube, the launch tube having a breech end and muzzle ends 24, 26. A plurality of projectiles 18 are loaded in the launch tube between the breech and the muzzle ends 24, 26. The grenade 10 includes a gas reservoir for storing a compressed gas coupled to the breech end of the spiral launch tube. A valve is interposed between the reservoir and the breech end of the spiral launch tube for controlling the flow of compressed gas from the reservoir to the breech end of the spiral launch tube. The valve is moveable between a closed state and an open state wherein the compressed gas enters the breech end of the spiral launch tube to propel the projectiles 18 from the muzzle ends 24, 26, the valve being biased towards its open state. <P>COPYRIGHT: (C)2009,JPO&INPIT | ||||||
| 11 | Electronic control hand grenade | JP8608776 | 1976-07-21 | JPS5223900A | 1977-02-23 | BARUTERU MEENERUTO |
| 12 | JPS4939800B1 - | JP8454167 | 1967-12-29 | JPS4939800B1 | 1974-10-29 | |
| 1,170,180. Powder dispensing projectiles. AAI CORP. 29 Dec., 1967 [30 Dec., 1966], No. 59232/67. Heading F3A. [Also in Division F1] A powder dispenser comprises a body 13 of plastics material, e.g. nylon, containing the powder 25, a piston 27 movable by gaseous pressure produced by an explosive charge 49 to discharge the powder, and a shear-type closure member 17 which is sheared by the movement of piston 27 acting through a lost motion linkage 31. In operation, a handle 63 is released by removing a pin 65, a spring-loaded striker 67 then striking a primer 61 which ignites a timedelay fuse 55. An explosive propellant charge 49 is fired by fuse 55 and blows out a cover 51 and shear disc 43. The propellant gases move piston 27 towards closure member 17. When the gap between projections 17a, 27a in tube 29 of linkage 31 has closed, member 17 is sheared off and discharged together with a protective cover 23 and tube 29, followed by the powder. A shear portion 27b on piston 27 is sheared by the gas pressure if skirt 27c seizes. The lost motion linkage may alternatively comprise a solid rod between cup portions of closure member 17 and piston 27, or tube 29 may be fixed to either member 17 or piston 27. | ||||||
| 13 | Stun grenades and methods of assembling stun grenades | EP15164404.4 | 2015-04-21 | EP2937663A1 | 2015-10-28 | Robbins, Steven M.; Duke, Royce C.; Blau, Reed; Hodgson, James R.; Brockbank, Dixon |
Stun grenades may include a fuze configured to ignite a delay material secured to a housing including a delay chamber in which the delay material is located. A handle of the fuze may be located over a final payload chamber of the series of payload chambers, payload material in the final payload chamber being configured to ignite after ignition of payload material in each other payload chamber of a series of payload chambers. Methods of assembling stun grenades may involve positioning an obstruction in a port extending between a delay chamber and a payload chamber of a series of payload chambers surrounding the delay chamber in a housing. A delay material may be packed in the delay chamber. The obstruction may be removed, and a payload material may be positioned in the payload chamber and the port.
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| 14 | Grenade à éclats non letaux | EP11184142.5 | 2011-10-06 | EP2439483B1 | 2014-11-05 | Hupe, Pascal |
| 15 | Grenade à éclats non letaux | EP11184142.5 | 2011-10-06 | EP2439483A1 | 2012-04-11 | Hupe, Pascal |
La présente invention concerne une grenade à éclats à létalité réduite comprenant : une gaine centrale d'éclatement (100), au moins une couronne (202, 204, 206) de plots (200) disposés autour de la gaine (100) pour être propulsés lors de l'éclatement de la gaine centrale, et un élément (300) de maintien mécanique des plots (200) avant éclatement de la gaine (100), |
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| 16 | A user deployable grenade system, grenade and command unit for use in such a system | EP08167165.3 | 2008-10-21 | EP2053343A2 | 2009-04-29 | Lee, Nicholas, Charles |
A grenade for use in a user deployable grenade (1) system includes a camera (11) for providing a field of view about the grenade which is transmitted to a command unit (15). The command unit (15) is carried by a user (14) and it includes a display. The user views on the display (17) the images transmitted from the grenade. If hostile forces are present, the user may enter a command to the command unit which is transmitted to the grenade resulting in its detonation.
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| 17 | Reusable pellet shooting grenade | EP08016189.6 | 2008-09-15 | EP2040023A2 | 2009-03-25 | Chong, Carlton, Ie, Loong |
The present invention is an improved grenade which launches a plurality of pellet projectiles. The grenade includes a housing containing at least one spiral launch tube, said launch tube having a breech end and a muzzle end. A plurality of projectiles are loaded in the launch tube between the breech and muzzle ends. The grenade includes a gas reservoir for storing a compressed gas coupled to the breech end of the launch tube. A valve is interposed between the reservoir and the breech end uf the launch tube for controlling the flow of compressed gas from the reservoir to the breech end of the launch tube. The valve is moveable between a closed state and an open state wherein said compressed gas enters the breech end of the launch tube to propel the projectiles from the muzzle end, the valve being biased towards its open state. The grenade also includes a trigger mechanism coupled to the valve, the trigger mechanism operating between a locked state wherein the trigger mechanism holds the valve in its closed state and an unlocked state wherein the valve is free to move into its open state.
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| 18 | Schnellnebelhandgranate | EP96120665.3 | 1996-12-20 | EP0780658B1 | 2002-02-20 | Rayer, Peter; Wardecki, Norbert, Dr.-Ing.; Raupp, Karl |
| 19 | Schnellnebelhandgranate | EP96120665.3 | 1996-12-20 | EP0780658A2 | 1997-06-25 | Rayer, Peter; Wardecki, Norbert, Dr.-Ing.; Raupp, Karl |
Schnellnebelhandgranate mit einem manuell betätigbaren Zünderkopf (A), einem Wirkmassenkörper (B), wobei das am Zünderkopf angeordnete Schlagstück zur Initiierung der pyrotechnischen Wirkkette über einen Sicherungsbügel gespannt und handhabungssicher gehalten wird, das im Wirkmassenkörper angeordnete Nebelmittel die Form von mit Nebelwirkstoff auf Basis von mit rotem Phosphor beschichteten brennbaren scheibenförmigen oder scheibensektorförmigen dünnen Blättchen (Flares) hat, die die Dose des Wirkmassenkörpers um eine darin angeordnete Hülse für die Anzündzerlegereinheit herum praktisch voll ausfüllen, die schwereren Komponenten dieser Schnellnebelhandgranate durch zerlegungsstabile Verbindungselemente zusammengehalten werden und die wesentlichen Bauteile dieser Granate vorzugsweise aus Aluminium bestehen. In einer ebenfalls bevorzugten Ausführungsform beruht die Anzündzerlegerladung der Anzündzerlegereinheit zur Verringerung der bei deren Reaktion auftretenden Verbrennungsgase auf einem klassischen Knallsatz aus Aluminium und Kaliumperchlorat. |
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| 20 | Granatenkörper, insbesondere für Handgranaten | EP86101974.3 | 1986-02-17 | EP0200856B1 | 1988-09-21 | Assmann, Hans, Dipl.-Ing. |
