集成醉酒和推动防护系统

集成醉酒和推动防护系统

抽象的

不用说;发生的大部分事故发生,这是由于醉酒驾驶。因此,没有有效的机制来防止这种情况。在这里,我们设计了一个用于相同目的的集成系统。驾驶员身体中的酒精含量通过放置在方向盘处的红外呼吸分析仪来检测。红外线细胞通过样品引导红外能量,并检测另一侧的任何未吸收的能量。乙醇的浓度越高,发生的红外吸收越多(与太阳镜镜片吸收可见光,酒精吸收红外线)的浓度越多)。因此,驾驶员的醇水平被连续监测和校准等级。当超过特定限制时,燃料供应是截止的。
如果设备也删除,燃料供应很快就会回来的l be automatically cut off or an alarm is sounded depending upon the requirement. This does not happen abruptly and special indicators are fixed at the back to avoid inconvenience to other drivers using the highway signals. Frame work for integration of sensors and control module in a scalable multi-agent system is provided .A SMS which contains the current GPS location of the vehicle is sent via a GSM module to the police control room to alert the police. The system is foolproof and the driver cannot tamper with it easily. Thus it provides an effective and cost effective solution for the problem of drunk driving in vehicles..

在职的

集成醉酒和推动防护系统
集成醉酒和推动防护系统
在普通红外灯的帮助下可以获得红外线。这些具有钨丝,可以承受高达3000℃的热量,并且它们发出红外线。如果司机喝醉,他的呼吸中会有一定量的酒精。这种酒精含量在呼吸中将与醇摄入量相对成比例。蒸气状态中的醇具有吸收红外线的性质。发射的红外光通过空气介质并到达传感器[PNA4602m],该传感器[PNA4602m],由于在周围环境中存在的醇的吸收而导致红外光的损失。然后,该传感器通过将接收的辐射量与预定义的固定参数进行比较来测量损耗。传感器以这样的方式校准,使得损失量直接等于大气中存在的醇量。IR系统消耗的能量非常少。此外,检测不需要连续进行。 It can be done at discrete intervals.

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Sachin Thorat.

Sachin is a B-TECH graduate in Mechanical Engineering from a reputed Engineering college. Currently, he is working in the sheet metal industry as a designer. Additionally, he has interested in Product Design, Animation, and Project design. He also likes to write articles related to the mechanical engineering field and tries to motivate other mechanical engineering students by his innovative project ideas, design, models and videos.

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