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    • 1. 发明授权
    • Piercing projectile with a weakened head
    • 穿孔射弹头部被削弱
    • US4770102A
    • 1988-09-13
    • US657060
    • 1984-10-03
    • Bernhard BispingHans W. LutherUdo SabranskiPeter WallowYves MilletJean Sauvestre
    • Bernhard BispingHans W. LutherUdo SabranskiPeter WallowYves MilletJean Sauvestre
    • F42B12/06F42B13/16F42B11/00
    • F42B12/06
    • There is disclosed a kinetic energy type projectile having an armor piercing head which is intended to penetrate multi-shell targets, and even sharply angled targets. The piercing head is provided with favorably discriminated shearing regions which are axially spaced apart by distances corresponding to the thicknesses of the shells which are to be pierced by the piercing head. The shearing regions are provided by external or internal localized transverse weakenings e.g. grooves, or heat treatments by electronic bombardment, applied to the external surface of the piercing head and/or in a central bore in the piercing head. Additionally, the localized weakenings may be provided by bound collars on the piercing head.The shearing regions are progressively stronger in a direction from the front of the piercing head so that they will shear consecutively as the head pierces successive shells of a multi-shell target.
    • 公开了一种具有装甲穿刺头的动能型射弹,其旨在穿透多壳靶,甚至是锐角的靶。 穿刺头设置有有利地区分的剪切区域,其轴向间隔开与由穿孔头刺穿的壳体的厚度对应的距离。 剪切区域由外部或内部局部横向弱化提供,例如。 凹槽或热处理,通过电子轰击施加到穿刺头的外表面和/或刺穿头中的中心孔中。 此外,局部弱化可以由穿刺头上的绑定环提供。 剪切区域在从穿刺头部的前部方向上逐渐变强,使得当头部穿透多壳体目标的连续壳体时,它们将连续剪切。
    • 5. 发明授权
    • Munitions round for barrel-type weapons
    • 炮弹型武器弹药
    • US4542696A
    • 1985-09-24
    • US547736
    • 1983-11-01
    • Bernhard BispingPeter WallowKlaus GersbachRudolf Romer
    • Bernhard BispingPeter WallowKlaus GersbachRudolf Romer
    • F42B14/06F42B5/02
    • F42B14/061Y10S102/703
    • A munitions round for a subcaliber projectile to be fired from a barrel-type weapon has a casing, of a uniform outer cross section substantially over its entire length, receiving the projectile which is at least partially surrounded by the gas-generating propellant charge. A drive body is mounted at the forward end of the projectile and has a rearward pressure-receiving surface which droops inwardly toward the projectile from an outer edge of the body which is engaged by the casing. The body is formed from a plurality of segments which form-fittingly hug the projectile and have confronting angularly spaced separating surfaces bridged by a sealing member. The forward end of the body, formed by the segments, is concave forwardly and has a leading edge which is disposed outwardly and axially ahead of the rearward inner edge of this surface which forms a pocket engaging the air upon propulsion of the projectile from the barrel to effect separation of the segments and dislodgment of the body.
    • 用于从桶型武器发射的子弹射弹的弹药具有基本上在其整个长度上的均匀外截面的壳体,接收至少部分地被气体产生推进剂装料包围的射弹。 驱动体安装在射弹的前端,并且具有向后朝向受压面的向后压力接收表面,其从与壳体接合的主体的外边缘朝向射弹向内倾斜。 主体由形成适合地拥抱射弹并且具有由密封构件桥接的面对的有角度间隔开的分隔表面的多个段形成。 由该段形成的主体的前端是向前凹入的,并且具有前缘,该前缘在该表面的向后的内边缘之后向外并且轴向地设置,该前缘形成了在将抛射体从枪管推进时与空气接合的口袋 以实现片段的分离和身体的分离。
    • 7. 发明授权
    • Inertial projectile having a breakable pre-penetrator
    • 惯性射弹具有易破裂的预穿透器
    • US4901645A
    • 1990-02-20
    • US308243
    • 1981-08-24
    • Bernhard BispingHermann JansenPeter Wallow
    • Bernhard BispingHermann JansenPeter Wallow
    • F42B12/06
    • F42B12/06
    • An improved inertial projectile arrangement including a subcaliber projectile penetrator which is composed of a prepenetrator portion with a nose point and a main penetrator portion. The penetrator has a large length/diameter ratio and a high density. A sabot, composed of at least two segments, encompasses a part of the prepenetrator portion. The periphery of the encompassed prepenetrator and the sabot being joined to each other by form-locking means. The sabot segments separate from the penetrator upon exiting from the muzzle of the gun barrel from which the projectile is fired. The form-locking means are at least partially formed of irregularities or unevenesses on the periphery of the encompassed prepenetrator portion and the interior periphery of the sabot. A plurality of fracture zones and a transfer frusto-conical portion are disposed on the prepenetrator. The fracture zones achieve an intended breakup of the prepenetrator upon impact. A predetermined number of the fracture zones form part of the form-locking means. The frusto-conical transfer portion adjoins the fracture zone most distant from the nose point of the prepenetrator at one of its ends and the main penetrator portion at the other of its ends.
    • 一种改进的惯性抛射体布置,包括由具有鼻点的预透镜部分和主穿透部分组成的子光学射出穿透器。 穿透器具有大的长度/直径比和高密度。 由至少两个部分组成的破坏物包括一部分透明的部分。 所包围的预穿透器和外壳的周边通过成形锁定装置相互连接。 从炮弹射出枪口的枪口出射时,膛体与穿透器分开。 形状锁定装置至少部分地由包围的预穿透器部分的周边和砧座的内周边上的不规则或不均匀形成。 多个断裂区域和传送截头圆锥形部分设置在预穿透器上。 破裂区域在冲击时达到预穿透机的预期分解。 预定数量的断裂带形成形成锁定装置的一部分。 截头圆锥形转移部分在其一端处与穿透器的鼻尖最远的断裂区域相邻,并且在其另一端处与主穿透部分邻接。
    • 8. 发明授权
    • Inertial penetrator projectile
    • 惯性穿透射弹
    • US4716834A
    • 1988-01-05
    • US765609
    • 1985-08-14
    • Peter WallowBernhard Bisping
    • Peter WallowBernhard Bisping
    • F42B12/06F42B11/14
    • F42B12/06
    • An improved inertial armor-piercing penetrator projectile wherein the axial length of the projectile is a relatively large multiple of its diameter. The projectile includes a pre-penetrator and a main penetrator with a nose and a tail. The forward portion of the main penetrator is operatively connected to the tail of the pre-penetrator. The pre-penetrator comprises a plurality of partial cores which are axially arranged one behind the other and are operatively connected to each other at mutual coupling regions so as to form a stack. The stack of partial cores includes centering and/or fixing means which may take various forms and can be selectively exchanged. The cover and the centering and/or fixing means are adapted to achieve a predetermined fracturing or separation upon the application of a predetermined load. Thus, the centering and/or fixing means include a weakened portion where the fracturing or separation occurs.The construction and arrangement of the partial cores is such that each partial core differs from the adjacent partial core with respect to dimensions and/or material so that a front partial core will sufficiently disintegrate upon impact prior to the next following partial core reaching the target.
    • 一种改进的惯性穿甲穿透射弹,其中射弹的轴向长度是其直径的相对大的倍数。 射弹包括一个预穿透器和一个带鼻子和尾巴的主穿透器。 主穿透器的前部可操作地连接到预穿透器的尾部。 预穿透器包括多个部分芯,它们一个在另一个之后轴向地布置,并且在相互耦合的区域彼此可操作地连接,以便形成一个堆叠。 部分芯的堆叠包括定心和/或固定装置,其可以采取各种形式并且可以有选择地交换。 盖子和对中和/或固定装置适于在施加预定负载时实现预定的压裂或分离。 因此,定心和/或固定装置包括发生断裂或分离的弱化部分。 部分芯的构造和布置使得每个部分芯相对于尺寸和/或材料不同于相邻的部分芯,使得前部分芯将在下一个后续部分芯到达目标之前在冲击时充分崩解。
    • 9. 发明授权
    • Munitions round for barrel-type weapons
    • 炮弹型武器弹药
    • US4444114A
    • 1984-04-24
    • US68865
    • 1979-08-21
    • Bernhard BispingRudolf RomerKlaus GerbachPeter Wallow
    • Bernhard BispingRudolf RomerKlaus GerbachPeter Wallow
    • F42B14/06F42B5/02
    • F42B14/061Y10S102/703
    • A munitions round for a subcaliber projectile to be fired from a barrel-type weapon has a casing receiving the projectile which is at least partially surrounded by the gas-generating propellant charge. A drive body is mounted at the forward end of the projectile and has a rearward pressure-receiving surface which droops inwardly toward the projectile from an outer edge of the body which is engaged by the casing. The body is formed from a plurality of segments which form-fittingly hug the projectile and have confronting angularly spaced separating surfaces bridged by a sealing member. The forward end of the body, formed by the segments, is concave forwardly and has a leading edge which is disposed outwardly and axially ahead of the rearward inner edge of this surface which forms a pocket engaging the air upon propulsion of the projectile from the barrel to effect separation of the segments and dislodgment of the body.
    • 用于从桶型武器发射的子弹射弹的弹药具有容纳至少部分地被气体产生推进剂装料包围的射弹的壳体。 驱动体安装在射弹的前端,并且具有向后朝向受压面的向后压力接收表面,其从与壳体接合的主体的外边缘朝向射弹向内倾斜。 主体由形成适合地拥抱射弹并且具有由密封构件桥接的面对的有角度间隔开的分隔表面的多个段形成。 由该段形成的主体的前端是向前凹入的,并且具有前缘,该前缘在该表面的向后的内边缘之后向外并且轴向地设置,该前缘形成了在将抛射体从枪管推进时与空气接合的口袋 以实现片段的分离和身体的分离。