臂挂式霰弹发射器结构设计与运动仿真

Structure Design and Motion Simulation of Canister Launcher Hitched on Arm

在反恐巷战等作战形式日益突出的今天,霰弹枪在近距突击作战中作用显著,但单独作为单兵配属武器显得笨重且低效。以前臂作为发射支撑载体,设计了一种能够快速投入战斗的小型霰弹发射器。对发射器的结构进行了设计,以枪机运动构件为研究对象,应用ADAMS软件对枪机后坐和复进过程进行了运动仿真。通过仿真结果可以看出,所设计机构在原理上是可行的,可实现臂挂式发射。这对单兵霰弹枪的轻量化设计和自动武器发射载体的移植创新提供了一种新思路,有一定的参考意义。

Today,at the time of street fighting against terrorism and other forms increasinglyprominent,and advantages for sudden attack of the canister rifle at close range is significant,but aseparate as individual assigns weapons seemed ponderosity and inefficient.With the forearm as supportvehicle emission,designing a small canister launcher can be quickly into battle.To design the structureof the Launcher,here we take the bolt as the object of research,motion simulation based on the boltrecoil and counter-recoil by applying ADAMS.The simulation results shows,the structure on the actionprinciple is feasible,and can launch on the arms and launched reliable.It provides a new way ofthinking for the lightweight design of individual canister rifle and automatic weapon launch vehicle oftransplant innovation,there are some referencial significance in this field.