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一名 MAI 预科学生正在研制一辆全地形车来搜寻废墟下的人
看到目标而不是看到障碍是任何努力取得成功的原则。 Dmitry Elovsky 是 MAI 预科大学 11 年级的学生,他不仅自己遵循这一原则,而且还将其作为他前途光明的项目的基础。一名学生正在创建一种在紧急情况下工作的设备,该设备将能够使用高频无线电波来寻找被困在瓦砾下的人。
来源:Robogeek新闻频道(关于机器人技术的俄罗斯与世界新闻)看到目标而不是看到障碍是任何努力取得成功的原则。 Dmitry Elovsky 是 MAI 预科大学 11 年级的学生,他不仅自己遵循这一原则,而且还将其作为他前途光明的项目的基础。一名学生正在创建一种在紧急情况下工作的设备,该设备将能够使用高频无线电波来寻找被困在瓦砾下的人。
德米特里不是在观看灾难片时产生了这个项目的想法,而是在冬季钓鱼时产生的。
“冬天钓鱼时,经常会因为冰面太薄而发生事故。”该学生解释道。 — I decided to design a machine that measures the thickness of ice on a reservoir, which could be used in the work of the Ministry of Emergency Situations to create special maps showing where you can fish and where not. The principle of operation is simple: the machine sends a radio signal to the surface of the ice, it is reflected at the border with water and returns back.通过测量信号返回之前的时间,可以确定冰的厚度。
Later, in order to provide the system with greater accuracy and expand the possibilities of its application, Dmitry decided to equip it with multi-frequency emitters. When operating at a high frequency, around 2.4 GHz, the system will be able to record the human heartbeat under metal, concrete and other structures, as well as a layer of snow about 2 m thick.
- This concept of searching for people under rubble is not unique and has already been implemented in a portable device for the Ministry of Emergency Situations.但德米特里说,要在它的帮助下找到受害者,你需要一名操作员用手中的设备检查事件现场。 — 我提出了一种远程控制的自主全地形车辆。它可以发射到随时可能发生地震、雪崩或军事行动等危险事件的地方。
In addition to searching for people, the all-terrain vehicle can be used for geological and geodetic work, detecting internal cracks and voids in various rocks and materials, etc.
来源:MAI
