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    • 1. 发明授权
    • Fastening element with a cavity containing an explosive charge
    • 紧固元件带有包含炸药的空腔
    • US4271747A
    • 1981-06-09
    • US913685
    • 1978-06-08
    • Hellmut BendlerAxel HomburgHorst Penner
    • Hellmut BendlerAxel HomburgHorst Penner
    • F16B19/14F42B3/00B23P19/00F16B15/00
    • F16B19/14F42B3/006
    • A fastening element having a cavity containing an explosive charge arranged so that, upon explosion of the explosive charge, anchoring of the fastening element in a bore of a workpiece takes place automatically. This fastening element functions both as a rivet and nail in combination and comprises sleeve means defining the cavity containing the explosive charge at one end and providing an aperture at the other end, and a nail disposed within the sleeve means, said nail comprising a head, shank and a tip and being arranged to be driven outside the aperture formed in the other end of the sleeve means. The head of the nail acts as a piston which can be driven by explosion of the explosive charge and as a stop which arrests the driving-out movement when the shank of the nail has passed through said aperture.
    • 具有包含爆炸装料的空腔的紧固元件,其布置成使得在炸药爆炸时,紧固元件在工件的孔中的锚定自动进行。 该紧固元件组合起来既作为铆钉和钉子又起作用,并且包括在一端限定包含爆炸物的空腔的套筒装置,并且在另一端提供孔,以及设置在套筒装置内的指甲,所述指甲包括头部, 柄和尖端,并且被布置成被驱动到形成在套筒装置的另一端的孔的外部。 指甲的头部起着活塞的作用,该活塞可以通过爆炸装置的爆炸而被驱动,并且当钉子的柄部已经通过所述孔口时,该活塞可以阻止驱出运动。
    • 3. 发明授权
    • After-firing safety
    • 售后安全
    • US4697524A
    • 1987-10-06
    • US819290
    • 1986-01-16
    • Horst PennerErnst Jensen
    • Horst PennerErnst Jensen
    • F42B35/00F42B8/12F42B8/20F42C15/31F42B13/20
    • F42B8/20F42C15/31
    • An after-firing safety mechanism of a training ammunition that is fired through the central barrel of a full-caliber dummy projectile is described. The training ammunition includes a primer igniting an active charge upon impingement of the training ammunition on the target, as well as a locking pin ejectable perpendicularly to the axis of the training ammunition, this pin fixing the primer in place at least as long as the training ammunition is within the barrel of the dummy projectile. The locking pin is inserted in this arrangement in a cavity, to be ejectable by gas pressure. The cavity is in communication with a pyrotechnical gas generator; the latter being connected to an ignition system operating with delay. This ignition system is initiated upon firing of the training ammunition from the barrel of the dummy projectile.
    • 描述了通过全口径虚拟射弹的中心筒射击的训练弹药的点火后安全机制。 训练弹药包括在训练弹药撞击目标时点燃主动充电的引物,以及垂直于训练弹药轴线弹出的锁定销,该引脚固定底座至少等于训练 弹药在虚拟射弹的炮弹之内。 锁定销以这种布置插入空腔中,以便通过气体压力喷射。 空腔与烟火气体发生器连通; 后者连接到具有延迟运行的点火系统。 这种点火系统是从虚拟射弹的枪管射出训练弹药开始的。
    • 4. 发明授权
    • Propellant charge igniter
    • 推进剂充电点火器
    • US4669383A
    • 1987-06-02
    • US731390
    • 1985-05-07
    • Horst Penner
    • Horst Penner
    • F42B5/16F42B5/36F42C19/08
    • F42C19/0826F42B5/16
    • A propellant charge igniter is equipped with an igniter tube having bores for connecting with a pressure chamber with a propellant charge, and with a column of annular tablets in the igniter tube serving as the igniter charge. The annular tablets consist, in this arrangement, of an annular base member carrying on at least one end face a shoulder of a smaller wall thickness than the base member wherein the outer diameter of the shoulder is at most as large as the outer diameter of the base member. The shoulders comprise recesses connecting a bore defined by the column of annular tablets and an outer chamber formed by the shoulders and the igniter tube.
    • 推进剂充电点火器配备有具有用于与具有推进剂装料的压力室连接的孔的点火器管,并且在点火器管中的一列环形片作为点火器装料。 在这种布置中,环形片包括环形基底构件,其在至少一个端面上承载比底部构件更小的壁厚的肩部,其中肩部的外径至多等于 基地会员 肩部包括连接由环形片的柱限定的孔和由肩部和点火器管形成的外室的凹部。
    • 5. 发明授权
    • Partially combustible propellant charge igniter
    • 部分可燃推进剂充电点火器
    • US4492167A
    • 1985-01-08
    • US496256
    • 1983-05-19
    • Uwe BredeAlfred HorrHorst Penner
    • Uwe BredeAlfred HorrHorst Penner
    • F42C19/08F42B9/08
    • F42C19/0826F42C19/083
    • A partially combustible propellant charge igniter in which combustible ignition-conducting tubes can be more advantageously separated. The igniter includes a metallic bottom piece accommodating an igniter charge therein, a centrally arranged ignition gas guide chamber in communication with the igniter charge for guiding ignition gas therefrom and a combustible ignition-conducting tube accommodating a propagation charge. The ignition-conducting tube is inserted into the bottom piece and extends outwardly therefrom with the propagation charge being arranged in the region of the ignition-conducting tube which extends outwardly from the bottom piece. The igniter includes at least one cavity accommodating a separating charge and being at least partially delimited by a wall of the ignition gas guide chamber and the ignition-conducting tube inserted in the bottom piece, and a nozzle for establishing a communicating connection of the cavity to the portion of the ignition-conducting tube accommodating the propagation charge. The nozzle enables the escape of gases produced by the separating charge after ignition of the separating charge.
    • 一种部分可燃的推进剂充电点火器,其中可以更有利地分离可燃点火导管。 点火器包括在其中容纳点火器电荷的金属底部件,与用于引导点火气体的点火器装料连通的中心布置的点火气体引导室和容纳传播电荷的可燃点火传导管。 点火传导管被插入到底部件中并向外延伸,传播电荷被布置在从底部件向外延伸的点火传导管的区域中。 点火器包括容纳分离电荷的至少一个空腔,并且至少部分地由点火气体引导室的壁和插入到底部件中的点火导电管壁以及用于建立腔体与 点火传导管的容纳传播电荷的部分。 喷嘴能够在分离装料着火之后逃离由分离装置产生的气体。
    • 8. 发明授权
    • Electrically primable igniter charges for caseless ammunition and
propellant cartridges
    • 无铅弹药和推进剂药筒的电子点火器收费
    • US4956029A
    • 1990-09-11
    • US166985
    • 1988-03-11
    • Rainer HagelKlaus RedeckerHorst Penner
    • Rainer HagelKlaus RedeckerHorst Penner
    • C06B25/04C06B43/00C06B45/00C06C9/00
    • C06B25/04C06B43/00C06B45/00C06C9/00
    • An electrically primable igniter charge yield has a composition that yields a reduced proportion of toxic vapors after the deflagration. The composition of the charges contains, as the oxidizing agent, zinc peroxide and, as a component providing additional energy, initiating explosives of the kind which do not trigger a detonation in direct contact with press-molded elements of nitrocellulose propellant charge powders. Among these initiating exposives are the potassium salts of trinitrophenol or trinitroresorcinol. The components of the igniter charges are mixed with fibers of an electrically conductive material. Suitable conductive materials are carbon or metals, such as iron or copper, or metal alloys, such as brass, for example. The igniter charges furthermore contain a binder which is preferably a secondary explosive, such as, for example, nitrocellulose.
    • 电引燃点火器电荷产率具有在爆燃后产生有毒蒸气的比例降低的组成。 电荷的组成包含作为氧化剂的过氧化锌,并且作为提供额外能量的组分,引发不会引发与硝化纤维素推进剂装料粉末的压模元件直接接触的爆炸的爆炸物。 这些引发暴露的是三硝基酚或三硝基间苯二酚的钾盐。 点火器电荷的组分与导电材料的纤维混合。 合适的导电材料是碳或金属,例如铁或铜,或金属合金,例如黄铜。 点火器费用还包含优选为二次炸药的粘合剂,例如硝化纤维素。
    • 9. 发明授权
    • Short trajectory round
    • 短轨
    • US4411200A
    • 1983-10-25
    • US946042
    • 1978-08-14
    • Uwe BredeHorst PennerRudolf StahlmannErich Zeiher
    • Uwe BredeHorst PennerRudolf StahlmannErich Zeiher
    • F42B8/14F42B13/20
    • F42B8/14
    • A short range trajectory round having an aerodynamic resistance which sharply increases at a predetermined time after discharge of the round from a barrel of a weapon. The round includes a body having a longitudinal axis and a forward tip portion and a rear base portion with at least one segment forming a part of the body and arranged for outward movement away from the longitudinal axis. The at least one segment at least partially delimits an inner cavity within the body terminating at a predetermined distance from the tip portion, and a plunger having a forward portion and a rearward portion is disposed within the cavity and arranged for movement in the longitudinal direction of the round between at least a rearward position and a forward position. the plunger is movable to the forward position in response to the firing of the round for form-lockingly engaging the at least one segment to prevent movement of the at least one segment away from the longitudinal axis of the round thereby to establish a first aerodynamic resistance for the round. The plunger is also movable toward the rearward position after discharge of the round from the barrel of the weapon for disengaging the at least one segment to enable outward movement of the at least one segment with respect to the longitudinal axis of the round and thereby establish at least a second aerodynamic resistance for the round which is greater than the first aerodynamic resistance.
    • 具有空气动力阻力的短距离轨迹,其在从武器枪管排出之后的预定时间急剧增加。 所述圆包括具有纵向轴线和前部末端部分的主体以及具有形成所述主体的一部分的至少一个部分的后部基部,并且被设置用于远离所述纵向轴线向外移动。 所述至少一个部分至少部分地限定所述主体内的内腔,其终止于与所述尖端部分预定距离处,并且具有前部和后部的柱塞设置在所述腔内并且被设置成沿着 至少在后方位置和前方位置之间的圆。 柱塞能够响应于圆形的点火而移动到前进位置,用于与至少一个区段形成锁定接合,以防止至少一个区段远离圆周的纵向轴线移动,从而建立第一空气动力学阻力 为了回合 在从武器的枪管排出圆圈之后,柱塞也可向后移动,以便使至少一个段脱离,以使该至少一个段相对于圆的纵向轴线能够向外移动,从而建立在 至少第二气动阻力大于第一空气动力学阻力。
    • 10. 发明授权
    • Igniter element with a booster charge
    • 带增压器的点火器元件
    • US4269120A
    • 1981-05-26
    • US965052
    • 1978-11-30
    • Uwe BredeHorst PennerErich Zeiher
    • Uwe BredeHorst PennerErich Zeiher
    • F42C19/08
    • F42C19/0807F42C19/0815
    • An igniter unit for igniting of propellant charges comprises an igniter element operatively associated with a booster charge. The igniter element is arranged within an external housing and the booster charge is provided in an internal housing arranged within the external housing. The internal housing has a closed, lateral wall and a closed base at one end which withstands the ignition pressure generated upon ignition of the igniter element and the booster charge. The internal housing is provided with means for defining openings for causing the cloud of gas produced by ignition to flow from the booster charge and the igniter element to one end, that is the front end, of the internal housing to effect the ignition of the propellant charge.
    • 用于点燃推进剂电荷的点火器单元包括与增压装置可操作地相关联的点火器元件。 点火器元件布置在外部壳体内,并且增压装置设置在布置在外部壳体内的内部壳体中。 内部壳体在一端具有封闭的侧壁和封闭的底座,可承受点火元件点火和增压器充电时产生的点火压力。 内部壳体设置有用于限定开口的装置,用于使由点火产生的气体云从增压装置和点火器元件流到内部壳体的一端(即前端),以实现推进剂的点燃 收费。