US military developed the helmet sensor: records of soldiers encountered explosive strength-the American military, helmet-IT information

On the battlefield, the explosion was very dangerous, even if the explosion did not bring significant trauma, and may also cause damage to the brains of the soldiers, and in a few months or a few years later began to emerge. And now, United States Office of Naval Research to develop a way to blast assessment of damage and test the sensor can determine whether the wave of explosive can damage the brains of the soldiers. The micro-sensors are installed in the helmet and bullet-proof vests, and records pressure from the explosion, can also save and share data while on a soldier's hand with a neurological assessment tool, you can test the speed by hand to stimulate the soldiers, and they will make the battlefield medical team evaluated in the shortest amount of time injured or the extent of impact.

The technology to protect soldiers on the battlefield, security plays a very important role, if the soldiers are very close to the explosion, then on the battlefield is usually not enough time and equipment to assess the extent of the injury, especially in the high intensity of operations to ensure soldiers ' safety and operations staff. If you can immediately assess the number of affected persons, you can decide to continue or terminate in the shortest time.

This system is still in its pilot phase, and the real test is expected to be within 1.5 years. Eventually, the United States Navy hopes this technology is actually used in the 3-5 to war, and both the Navy and army, can benefit from the action.

美军研发头盔传感器：可记录士兵遭遇的爆炸强度 - 美军,头盔 - IT资讯

在战场上，爆炸是非常危险的，就算爆炸没有带来明显的外伤，也有可能对士兵的脑部造成损害，并且在几个月或者几年后才逐渐显现出来。而现在，美国海军研究办公室开发出了一种可以在爆炸中评估和测试伤害程度的传感器，能够确定爆炸带来的波浪是否会对士兵的大脑造成损害。这种微型传感器被安装在头盔和防弹衣中，并且记录爆炸时带来的压力，还能够保存和共享数据，同时在士兵的手上附带一个神经评估工具，可以通过刺激士兵的手来测试反应速度，而这些数据会让战场的医疗队在最短的时间内评估受伤或受到冲击的程度。

这项技术对于保护战场上士兵的安全起到了非常重要的作用，如果士兵非常接近爆炸发生地，那么在战场上通常是没有足够的时间和设备来评估受伤的程度，尤其是在密集程度比较高的行动中保证士兵的安全和行动人员数量。如果能够立刻评估出受影响人员的数量，那么可以在最短时间内决定行动继续还是终止。

这套系统目前仍然还处于试验阶段，并且预计将在一年半之内进行实战测试。最终，美国海军希望在三到五年内将这项技术真正使用到战场上，并且无论是海军还是陆军，都可以在各项行动中受益。