| 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 | 冲压加速器系统 | CN201480016227.3 | 2014-01-21 | CN105189904A | 2015-12-23 | M·C·鲁塞尔 |
| 一个或多个冲压加速器装置可以用于在地质或其他材料中形成一个或多个孔。这些孔可以用于钻孔、隧道掘进、挖掘等。所述冲压加速器装置推进通过燃烧处于冲压效应的一种或多种可燃气体来加速的弹丸达到超过每秒500米的速度。 | ||||||
| 2 | 射弹推进系统 | CN200980120635.2 | 2009-06-02 | CN102089615A | 2011-06-08 | J·L·里格斯; V·奥莱尼克; V·博罗维科夫; G·阿布尔 |
| 一种射弹推进系统，包括发射管、多相材料和膜。发射管具有内部空腔，多相材料布置在其中。发射管还有接收多相材料开口。当多相材料布置到发射管的内部空腔中时，该膜密封开口，以使发射管能被加压。当膜被打破，超声波以高速度和大力向外推出内部空腔中的所含物，例如射弹。 | ||||||
| 3 | 电动机械式无火药枪支 | CN201610169265.3 | 2016-03-13 | CN107179017A | 2017-09-19 | 胡德明 |
| 本发明公开了一种由枪管，弹膛，弹夹，阀门，扳机，气缸，曲轴，活塞，电动机，电子点火器，输油气管，油气管阀门，储油气罐，蓄电池，及机械联动装置组成的电动机械式无火药枪支。 | ||||||
| 4 | 一种枪炮 | CN200910153538.5 | 2009-10-03 | CN102032839A | 2011-04-27 | 刘灵通 |
| 本发明公开一种枪炮，以两种或两种以上气体(液体)，其中一种是可燃气体，如煤气、氢气、沼气等，也可以在通过供料泵后用汽油、柴油、丁酮、酒精等易燃易挥发液体代替，可以使用喷嘴在燃烧室内雾化，另一种是助燃气体如氧气，空气等，还可以使用催化，助燃的其它气体或液体如硝酸和过氧化氢等，通过装在燃烧室上的止回阀或是金属材质的开关在燃烧室混合，使用火花塞或电热丝点燃，燃烧产生强大的气流，通过供弹具来发射道具弹或其它物质出枪炮口防跳制退器，或以此产生空鸣并可计数的发射具装置。其优点是：抛开了以前所谓的导气式，管退式，惯性储能式等自动方式的思路，采用一种新的供弹方法，完成自动。 | ||||||
| 5 | 用于轴向填加的炮弹的炮弹发射武器 | CN97199107.3 | 1997-10-23 | CN1071446C | 2001-09-19 | 詹姆斯·米歇尔·奥德怀尔 |
| 一种用于将炮弹(30)从发射管组件(11)中发射出去的炮弹发射器(10)使用了这样的炮弹，这种炮弹具有一弹体(31)和一相连的炮膛密封(32)，这种密封通过在上述弹体与炮膛之间的相对轴向位移而径向地膨胀。发射管组件(11)提供了：一发射管膛(13)；一发射管弹腔(14)，它用于要经由上述发射管膛发射的炮弹；以及，一相连的后膛弹腔(15)，它用于下一发要发射的炮弹。发射火花腔(17)形成在发射管弹腔(14)与后膛弹腔(15)之间。所述后膛炮弹(30)提供了用于发射管弹腔(14)的密封并在发射之后因放进后膛弹腔(15)的下一发炮弹而向前进入发射管弹腔(17)。可将液体发射火药注入发射火药腔(17)以便于快速发射。 | ||||||
| 6 | 射弹推进系统 | CN200980120635.2 | 2009-06-02 | CN102089615B | 2014-01-29 | J·L·里格斯; V·奥莱尼克; V·博罗维科夫; G·阿布尔 |
| 一种射弹推进系统，包括发射管、多相材料和膜。发射管具有内部空腔，多相材料布置在其中。发射管还有接收多相材料开口。当多相材料布置到发射管的内部空腔中时，该膜密封开口，以使发射管能被加压。当膜被打破，超声波以高速度和大力向外推出内部空腔中的所含物，例如射弹。 | ||||||
| 7 | 用于轴向填加的炮弹并带有密封住后膛弹腔的后膛炮弹的加农炮 | CN97199107.3 | 1997-10-23 | CN1234111A | 1999-11-03 | 詹姆斯·米歇尔·奥德怀尔 |
| 一种用于将炮弹(30)从发射管组件(11)中发射出去的炮弹发射器(10)使用了这样的炮弹,这种炮弹具有一弹体(31)和一相连的炮膛密封(32),这种密封通过在上述弹体与炮膛之间的相对轴向位移而径向地膨胀。发射管组件(11)提供了:一发射管膛(13);一发射管弹腔(14),它用于要经由上述发射管膛发射的炮弹;以及,一相连的后膛弹腔(15),它用于下一发要发射的炮弹。发射火药腔(17)形成在发射管弹腔(14)与后膛弹腔(15)之间。所述后膛炮弹(30)提供了用于发射管弹腔(14)的密封并在发射之后因放进后膛弹腔(15)的下一发炮弹而向前进入发射管弹腔(17)。可将液体发射火药注入发射火药腔(17)以便于快速发射。 | ||||||
| 8 | 发射无弹壳无火药的子弹的自动枪支 | CN90108031.4 | 1990-09-29 | CN1051082A | 1991-05-01 | 吉奥托·吉安尼诺; 吉奥托·吉乌塞比 |
| 一种适于发射无弹壳无火药子弹的自动枪支，其特征在于，一种空气/燃料混合物在爆破室内的超临界状态下发生爆炸产生推力来发射弹头。按照一个最佳实施例，爆破室在吸气状态下接纳受热的和压缩的空气和燃料，以便在上述爆破室内部引起用火花点燃或不用火花点燃的爆炸。按照另一实施例，在体积随气缸体内滑动的活塞的冲程而变化的爆炸室内，建立起空气/燃料混合物的超临界状态。当爆破室的体积达到最小时，空气/燃料混合物就爆炸。 | ||||||
| 9 | 총미 탄환을 밀봉하는 총미 챔버를 구비한 발사무기 및 총열폐쇄방법 | KR1019997003526 | 1997-10-23 | KR100492114B1 | 2005-06-01 | 오드와이어제임스마이클 |
| 본 발명은 총미 탄환을 밀봉하는 총미 챔버를 구비한 발사무기에 관한 것으로서, 발사체와 이 발사체와의 사이의 상대 축방향 변위에 의해 반경방향으로 팽창되는 보어 시일을 구비한 형태의 발사무기에 있어서, 총열 조립체(10)는 총열 보어(13), 탄환이 발사되어지는 총열 챔버(14) 및 발사되는 후속 탄환용 총미 챔버(15)가 설치되어 있으며, 장약실(17)은 총열 챔버(14)와 총미 챔버(15) 사이에 형성되어 있으며, 총미 탄환(30)은 총열 챔버(14)에 시일된 후 총미 챔버(15)에 도입된 후속 탄환에 의해 총열 챔버(17)내로 전진되어 발사되며, 액체 추진제는 빠른 발사를 용이하게 하기 위해 장약실로 주입되는 것을 특징으로 한다. | ||||||
| 10 | 총미 탄환을 밀봉하는 총미 챔버를 구비한 발사무기 및 총열폐쇄방법 | KR1019997003526 | 1997-10-23 | KR1020000052726A | 2000-08-25 | 오드와이어제임스마이클 |
| PURPOSE: A projectile firing weapon is provided to be applied to large calibre weapons such as cannons, guns and artillery pieces and the like and also be applied to smaller firearms, such as machine guns, self-propelled artillery and the like. CONSTITUTION: A projectile firing weapon (10) for firing artillery rounds (30) from a barrel assembly (11) utilizes rounds has a projectile (31) and an associated bore seal (32) which is radially expanded by relative axial displacement between the projectile and the bore seal. The barrel assembly (11) provides a barrel bore (13), a barrel chamber (14) for the round to be fired and an associated breech chamber (15) for the next round to be fired. A propellant chamber (17) is formed between the barrel chamber (14) and the breech chamber (15). The breeched round (30) provides the closure for the barrel chamber (14) and after firing is advanced into the barrel chamber (17) by the next round introduced to the breech chamber (15). Liquid propellant may be injected to the propellant chamber (17) to facilitate rapid firing. | ||||||
| 11 | 액체발사화약대포 | KR1019900021743 | 1990-12-24 | KR100174738B1 | 1999-02-18 | 로버트오더페이트; 알마존페이트 |
| 본 발명은 충전물내의 연소 가스의 바람직한 패턴을 설정하기 위해 측면 또는 후방으로부터 점화 가스의 접선 방향 흐름에 의해 점화되는 점화 단계전에 전체 체적 보다 더 작은 체적 (예컨데, 30 내지 90%)가지 단일발사화약(monopropellant) 또는 이중 발사화약(bi-propellant)의 충전물로 충전되는 연수 챔버(연소기)를 갖고 있는 대포를 제공하는 것이다. | ||||||
| 12 | Weapons equipment | JP12611187 | 1987-05-25 | JP2511455B2 | 1996-06-26 | MERUBIN JON BARUMAN |
| 13 | Bullet for liquid bursting charge gun | JP80001088 | 1988-10-14 | JPH0560499A | 1993-03-09 | ROBAATO ARAN ARUJIERA |
| PURPOSE: To obtain a liquid bursting charge collectively injecting type bullet using a regenerative piston having a ramp function type booster charge output by forming grooves extended in the longitudinal direction on the external surfaces of the partial aftermost and partial forefront section of the bullet. CONSTITUTION: A bullet body has two rotational bands 300 and 302 and a base section accepted by the neck section 306 of a case 30. A plurality of grooves extended in the longitudinal direction is formed on the base section and the front end of each groove is extended forward beyond the front edge of the neck section 306 adjacent to an annular projecting section 310. The grooves form a direct route for making a combustion gas which is generated from a booster with a relatively lower pressure to escape from the case 30 or prevent the abrupt shock of the gas with a high pressure which occurs when the bullet body is discharged from the case 30. The firing pin of a bolt gives a blow to a primer pouch 30a and the pouch 30a is ignited and ignites a booster 30b. The combustion gas from the booster 30a is firstly blown out through the grooves in the initial stage and, thereafter, unfasten the bullet from the case 30 and moves the bullet forward. | ||||||
| 14 | Electrothermic chemical bullet | JP20170691 | 1991-08-12 | JPH0545098A | 1993-02-23 | IKUTA KAZUNARI |
| PURPOSE:To install an aluminum wall body, which serves as aluminum to react chemically with water, into a vacuum chamber, minimize heat loss during heating and melt the wall body more effectively with regards to electrothermic gun. CONSTITUTION:An electrothermic gun fires a bullet 8 based on the chemical reaction between water and aluminum installed in a casing 1, it is provided with an aluminum wall body 10 installed in a vacuum chamber 13 formed at the rear side of a reaction water chamber 12 which contains water 7 adjacent to the bullet 8 and an electrode 2 connected with the wall body 10 exposed at the rear wall 1aA of the casing 1. | ||||||
| 15 | JPH0366599B2 - | JP10947785 | 1985-05-23 | JPH0366599B2 | 1991-10-17 | ROBAATO ESU GURIFUINGU; DEIBITSUDO DABURYU SARIBAN |
| 16 | Liquid propellant gun | JP32125989 | 1989-12-11 | JPH02203200A | 1990-08-13 | MERUBIN JIYOON BURUMAN |
| PURPOSE: To obtain a liquid propellant gun in which a regeneration rate can be selected at the time of injecting a liquid propellant into a combustion chamber by providing a valve means constituting an injection port, and means for regulating the opening thereof. CONSTITUTION: When a subbarrel 116 moves gradually rearward, the boundary between conical convex and concave faces 120, 110 acting as an injection port from a liquid propellant chamber 292 to a combustion chamber 156 opens gradually and a through hole 160 is conducted. When combustion gas acts on the rear end face at the head part 188 of a piston 186, the liquid propellant is pressed against the inner front face at the head part 188 and injected toward the combustion chamber 156 to permit regenerative operation. Opening of the injection port determines the shape of the port and the pressure varying with time. The opening is principally controlled by hydraulic resistance held on the rear outer face 134 of the subbarrel 116. A film seal is formed an the boundary between a rear opening 106 and an idle bottom 112 for a first route having a fixed hydraulic resistance. A selectable and variable resistance is provided by a valve 228 for a second route. COPYRIGHT: (C)1990,JPO | ||||||
| 17 | JPH023120B2 - | JP3140681 | 1981-03-06 | JPH023120B2 | 1990-01-22 | ROBAATO YUUJIN MEIYAA |
| 18 | Sealing mechaism | JP27588687 | 1987-11-02 | JPS63172896A | 1988-07-16 | MERUBIN JIYON BARUMAN |
| 19 | JPS5838668B2 - | JP10725172 | 1972-10-27 | JPS5838668B2 | 1983-08-24 | YUUGEN ASHUREI |
| 20 | Reciprocating pressure feeding device | JP6801577 | 1977-06-10 | JPS531999A | 1978-01-10 | DAGURASU PUREI TASHI; ARURETSUDO RATSUPU GURAHAMU |
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