设计并建造一个计数器系统图书馆访客数杭大大学,泗水

Dani Putra Darmawan, M. Taufiqurrohman
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引用次数: 0

摘要

目前从科学技术的发展,特别是电子领域的技术和知识发展非常迅速。为此,我们需要了解科学的发展,否则我们将越来越落后。计数器进入图书馆的人,这个工具的功能是计算进入图书馆的人或在图书馆外的人。为了支持图书馆的质量和质量,系统提供的服务必须是快速和自动化的。例如,系统处理已使用的访问者数量的数据。作为发展杭大图书馆专门机构行政设施的后续工作,它需要充分处理访客数据。在不查看访客缺席簿的情况下,找出每次访问图书馆的活跃访客数量。那么就很容易确定更好的管理图书馆的管理。然后需要工具,可以自动计数进入图书馆的游客。整个系统将由arduino uno单片机系统组成,以超声波传感器作为访客检测装置。根据各部件的实验结果,得到HC-SR04超声波传感器系统运行距离可达50 cm。每当传感器移动移动的物体时,钟就会正确地响起。实验系统作为一个整体是由一个系统,可以很好地运行在3 - 50厘米之间的超声读数传感器的理想距离。通过使用放置在两侧(内外)的2个超声波传感器,基于微控制器的系统可以很好地读取传入和传出的访客,然后显示在屏幕上。有了这个系统,就可以开发一个访客数据收集方面的图书馆
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Build a Counter System Number of Library Visitors Hang Tuah University, Surabaya
Currently developing from science and technology, especially technology and knowledge in the field of electronics has developed very rapidly. For that we need to learn about the development of science, if not we will be increasingly left behind. Counter people entering the library, the function of this tool is counting everyone who enters the library or who is outside the library. To support the quality and quality of libraries, the system provided for services must be fast and automatic. For example, the system processes data on the number of visitors that have been used. As a follow-up to developing administrative facilities at the Hang Tuah University library specialized institutions, it requires adequate visitor data processing. To find out how many visitors are active in the library each visit, without having to look in the visitor's absence book. Then it will be easy to determine better management of the library management. then the need for tools that can count visitors who enter the library automatically. Overall this system will be composed by the arduino uno microcontroller system, with an ultrasonic sensor as a visitor detection device. From the results of each component's experiment, the HC-SR04 ultra sonic sensor system was obtained to run up to a distance of 50 cm. The bell can ring properly every time a sensor moves a moving object. The experimental system as a whole is produced from a system that can run well at the ideal distance of the ultrasonic reading sensor between 3 - 50 cm. By using 2 ultrasonic sensors which are placed on two sides (in and out), the microcontroller-based system can work well when reading incoming and outgoing visitors which are then displayed to the screen. With this system, it is possible to develop a library in terms of visitor data collection.q
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