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    • 2. 发明申请
    • AMMUNITION ARRANGEMENT
    • 弹药安排
    • WO2007004961A1
    • 2007-01-11
    • PCT/SE2006/000834
    • 2006-07-04
    • BAE SYSTEMS BOFORS ABSTARK, OlaSVANBERG, Lars-Peter
    • STARK, OlaSVANBERG, Lars-Peter
    • F42B5/03F42B5/16
    • F42B5/035F42B5/16
    • An ammunition device having two or more projectiles (2) arranged one after the other. Each projectile has allocated to it a propellant charge (5) substantially surrounding the projectile arranged for individual activation with an ignition ring and an ignition system (12, 13) . The projectiles and their propellant charges are arranged one after the other in an enclosing unit (1) , and the projectiles are so arranged as to leave the enclosing unit one at a time in its longitudinal direction at the time of the individual activations of the propellant charges (5) . Shorter ammunition devices and opportunities for rapid firing sequences of the projectiles are achieved with the invention.
    • 具有一个接一个地布置的两个或更多个弹丸(2)的弹药装置。 每个抛射体已经分配了一个基本上围绕弹丸的推进剂装料(5),其布置成用点火环和点火系统(12,13)进行单独的激活。 射弹及其推进剂装料在封闭单元(1)中一个接一个地布置,并且抛射体被布置成在推进剂的单独激活时沿其纵向一次离开封闭单元 收费(5)。 使用本发明实现了更短的弹药装置和用于射弹快速击发序列的机会。
    • 4. 发明申请
    • PLASMA GENERATOR FOR ELECTROTHERMAL-CHEMICAL WEAPON SYSTEM COMPRISING IMPROVED CONNECTORS, AND METHOD FOR PREVENTING THE ELECTRICAL CONTACT OF THE PLASMA GENERATOR FROM BEING BROKEN
    • 用于包含改进的连接器的电热化学武器系统的等离子体发生器,以及用于防止等离子体发生器从断电的电接触的方法
    • WO2009123527A1
    • 2009-10-08
    • PCT/SE2009/000150
    • 2009-03-23
    • BAE SYSTEMS BOFORS ABGUSTAVSSON, LennartSTARK, Ola
    • GUSTAVSSON, LennartSTARK, Ola
    • F41A19/69
    • F42B5/08
    • The invention relates to a plasma generator (4, 4') for electrothermal and electrothermal-chemical weapon systems, which plasma generator comprises a combustion chamber (20) having a combustion chamber channel, and a center electrode (24, 24') disposed inside the combustion chamber channel (20'), which combustion chamber and center electrode are electrically conductive and each comprise a respective first connector (26, 42', 33, 45') for an electrical connection to a respective second connector (14c, 49, 14d, 48), interacting with the respective first connector, on the back piece of the weapon system. The connector (42') belonging to the combustion chamber and the connector (45') belonging to the center electrode are axially displaceable relative to each one of the connectors (48, 49) belonging to the back piece (14), with a maintained, radial contact between the first and the second connectors (42', 45' and 48, 49). The invention also relates to a method for maintaining the electrical contact of the plasma generator.
    • 本发明涉及一种用于电热和电热化学武器系统的等离子体发生器(4,4'),其等离子体发生器包括具有燃烧室通道的燃烧室(20)和设置在内部的中心电极(24,24') 所述燃烧室通道(20'),所述燃烧室和中心电极是导电的,并且每个包括相应的第一连接器(26,42',33,45'),用于与相应的第二连接器(14c, 14d,48)与武器系统的后部件上的相应的第一连接器相互作用。 属于燃烧室的连接器(42')和属于中心电极的连接器(45')可相对于属于后部件(14)的连接器(48,49)中的每一个轴向移动,并具有维持 ,第一和第二连接器(42',45'和48,49)之间的径向接触。 本发明还涉及一种用于维持等离子体发生器的电接触的方法。
    • 7. 发明申请
    • PLASMA GENERATOR COMPRISING SACRIFICIAL MATERIAL AND METHOD FOR FORMING PLASMA, AS WELL AS AMMUNITION SHOT COMPRISING A PLASMA GENERATOR OF THIS TYPE
    • 包含材料的等离子体发生器和形成等离子体的方法,作为包含该类型的等离子体发生器的弹药
    • WO2009123526A1
    • 2009-10-08
    • PCT/SE2009/000149
    • 2009-03-23
    • BAE System Bofors ABGUSTAVSSON, LennartSTARK, Ola
    • GUSTAVSSON, LennartSTARK, Ola
    • F42B5/08
    • F42B5/08Y10T29/49863
    • The invention relates to a plasma generator (4, 4') for electrothermal and electrothermal -chemical weapon systems, which plasma generator is intended to deliver at least one energy pulse for the formation of a plasma for accelerating a projectile (3) along the barrel (11) of the weapon system. The plasma generator comprises a combustion chamber (20) with a combustion chamber channel (20'), a centre electrode (24, 24') disposed inside the combustion chamber channel, which combustion chamber and centre electrode are electrically conductive, and a ceramic tube (23) arranged between the combustion chamber and the centre electrode. The ceramic tube is shrink- fastened into the combustion chamber, and the plasma generator further comprises a polymeric sacrificial material (34, 34'), which is gasifiable by the energy pulse. The invention also relates to a method for making the plasma generator form a plasma, and an ammunition round having a plasma generator according to the invention.
    • 本发明涉及一种用于电热和电热化学武器系统的等离子体发生器(4,4'),等离子体发生器旨在输送至少一个能量脉冲以形成等离子体,以便沿枪管加速射弹(3) (11)武器系统。 等离子体发生器包括具有燃烧室通道(20')的燃烧室(20),设置在燃烧室通道内部的燃烧室和中心电极导电的中心电极(24,24'),以及陶瓷管 (23)布置在燃烧室和中心电极之间。 陶瓷管被收缩固定到燃烧室中,等离子体发生器还包括可由能量脉冲气化的聚合物牺牲材料(34,34')。 本发明还涉及一种用于制造等离子体发生器形成等离子体的方法,以及具有根据本发明的等离子体发生器的弹药圆。
    • 8. 发明申请
    • INSULATED CARTRIDGE CASE AND AMMUNITION, METHOD FOR MANUFACTURING SUCH CASES AND AMMUNITION, AND USE OF SUCH CASES AND AMMUNITION IN VARIOUS DIFFERENT WEAPON SYSTEMS.
    • 绝缘盒和弹药,制造这种情况和弹药的方法,以及在各种不同的武器系统中使用这种情况和弹药。
    • WO2004015359A1
    • 2004-02-19
    • PCT/SE2003/001253
    • 2003-08-07
    • BOFORS DEFENCE ABSTARK, OlaGUSTAVSSON, Lennart
    • STARK, OlaGUSTAVSSON, Lennart
    • F42B5/26
    • F42B5/297F42B5/30
    • The invention relates to a cartridge case (2) and ammunition round (1) primarily for electrothermal and/or electrothermochemical weapon systems, which round comprises the said cartridge case. According to the invention, the casing (10) of the cartridge case comprises or consists of one or more insulated or insulating shells, layers or surfaces (11, 12, 13) for, at least electrically, insulating the casing of the cartridge case from the barrel (14) of the weapon system and also preferably from at least the bottom (16) and/or firing device (5) of the ammunition round as well, but preferably also from the rest of the ammunition round, when the round is used, and also preferably from at least the bottom and/or firing device of the ammunition round as well, but preferably also from the rest of the ammunition round, when the round is stored and handled. The invention also relates to a method for manufacturing an, at least electrically, insulated or insulating cartridge case and an ammunition round primarily for electrothermal and/or electrothermochemical weapon systems, which round comprises such a cartridge case, and also use of such insulated or insulating cartridge cases and ammunition rounds in different weapon systems, but preferably in electrothermal and electrothermochemical weapon systems.
    • 本发明涉及一种主要用于电热和/或电热化学武器系统的弹药盒(2)和弹药圆(1),其包括所述盒壳体。 根据本发明,盒壳体的壳体(10)包括一个或多个绝缘或绝缘的壳体,层或表面(11,12,13),用于至少电绝缘盒壳体的壳体 武器系统的枪管(14),并且还优选地至少是弹药回合的底部(16)和/或击发装置(5),但是优选地也是弹药圆的其余部分,当圆是 使用,并且还优选地从弹药回合的至少底部和/或发射装置,但是优选地也是从弹药圆的其余部分,当弹药被储存和处理时。 本发明还涉及一种用于制造至少电绝缘或绝缘的盒壳体和主要用于电热和/或电热化学武器系统的弹药的方法,其中圆形包括这种盒壳体,并且还使用这种绝缘或绝缘 在不同武器系统中的弹药盒和弹药弹,但优选在电热和电热化学武器系统中。