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    • 2. 发明授权
    • Propelling cage sabot of composite materials for a subcaliber kinetic
energy projectile having a high length to diameter ratio
    • 用于具有高长径比的亚型动能弹丸的复合材料的推进笼式破坏
    • US4867067A
    • 1989-09-19
    • US81152
    • 1987-08-04
    • Wilfried BeckerHeinz J. KruseKlaus-Dieter Pahnke
    • Wilfried BeckerHeinz J. KruseKlaus-Dieter Pahnke
    • F42B14/06
    • F42B14/061F42B14/068
    • The invention relates to a propelling cage sabot for a subcaliber, armor piercing kinetic energy projectile having a high length to diameter ratio which will be placed in a tube of a weapon and lauched by propelling charge gases. The sabot has a support member and fixing means. The sabot further having a gas pressure receiving surface to be charged with the propelling charge gases, a longitudinal axis and an air pocket for positively utilizing air flowing in the pocket once the projectile leaves the tube of the weapon. The sabot is segmented for separation from the projectile and includes a joint form-locking zone for attachment with the projectile; and a fiber component connected by the fixing means with the support member for absorbing tensile stresses. The fiber component is made up of more than one oriented individual member. Each individual member is oriented such that the individual member extends along the longitudinal axis between a frontal fixing region and a rear fixing region. The fixing regions, the form-locking zone, the gas pressure receiving surface, and fixing means are all disposed at the support member. Each individual member has a length dimensioned extending between the frontal fixing region and the rear fixing region. The sabot is further configured for converting stresses occurring in the sabot into tensile stresses along at least a portion of the length of each individual member.
    • 本发明涉及一种用于亚规模的推进式笼式破碎机,具有高长度与直径比的装甲穿刺动能弹丸,其将被放置在武器的管中并通过推进充气来驱动。 该支架具有支撑构件和固定装置。 该炮塔进一步具有一个气体压力接收表面,该气体压力接收表面装有推进的充气气体,一个纵向轴线和一个空气口,用于当射弹离开武器管时,积极地利用空气流入口袋中的空气。 该炮塔被分割成与射弹分离,并包括用于与射弹相连的接合形式锁定区域; 以及通过固定装置与用于吸收拉伸应力的支撑构件连接的纤维部件。 纤维部件由多于一个定向的单独构件组成。 每个单独的构件被定向成使得单个构件沿着纵向轴线在正面固定区域和后部固定区域之间延伸。 固定区域,形状锁定区域,气体压力接收表面和固定装置都设置在支撑构件上。 每个单独的构件的长度尺寸设置在前固定区域和后固定区域之间。 所述破坏器进一步构造成用于将沿着每个单独构件的长度的至少一部分将在所述破坏体中发生的应力变形为拉伸应力。