a space reserve

Abstract

The invention discloses a space reserve mechanism, which comprises a movable roller, a fixed roller, an incomplete external gear, an incomplete internal gear and more than two clip assemblies; Composed of a rotating pair, more than two magazine assemblies are installed on the outer circumference of the movable drum, the incomplete external gear is installed on the fixed drum, and is eccentric with the geometric center of the fixed drum, and the incomplete internal gear is fixed on the movable drum, which is geometrically aligned with the movable drum. The center is concentric, the incomplete external gear and the incomplete internal gear form an indexing mechanism; the incomplete external gear is the active part, the incomplete gear rotates once, drives the incomplete internal gear to rotate a fixed angle, and locks the incomplete internal gear, at the same time The movable drum rotates at a fixed angle, that is, the clip assembly reaches the output port; the storage part is installed in the clip assembly, and is transported vertically to the muzzle under the action of the compression spring in the clip assembly. The invention has large capacity and reliable transportation.

Description

technical field [0001] The invention relates to the technical field of space-based weapons, in particular to a space reserve mechanism. Background technique [0002] In order to ensure that a launch system continuously launches the armature, it is necessary to store a certain number of armatures for the launch system, and transport the armatures to the muzzle position in order to prepare for pushing the armature. The storage mechanism needs to solve the problems of large armature capacity, reliable delivery in place, and adaptation to the shape of the armature. [0003] Among the existing storage mechanisms, the storage mechanisms in the form of drums, magazines, and spiral magazines used in automatic firearms have a large capacity for storage parts, but they are limited to regular storage parts and do not have the ability to adapt to non-standard storage parts. due to the weightlessness effect of the space environment, the adaptability of the bullet chain to the space envi...

AI Technical Summary

Problems solved by technology

[0003] Among the existing storage mechanisms, the storage mechanisms in the form of drums, magazines, and spiral magazines used in automatic firearms have a large capacity for storage parts, but they are limited to regular storage parts and do not have the ability to adapt to non-standard storage parts. due to the weightlessness effect of the space environment, the adaptability of the bullet chain to the space environment is poor; the rotary storage mechanism adopted in the artillery system has a low distribution density of the internal storage parts, and the overall size envelope is large, occupying too much Multi-cabin resources

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