Development of smart GPS-based nurse following robot

A. M. Andrew, W. Faridah, W. Tan, S. Ragunathan, A. S. N. Amirah, N. Zainab, T. P. Yi
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Abstract

Hospital nurses regularly bring their medicines and healthcare items to the patients using trolley. They need to push or pull the cart to the patient’s beds, and then, need to bring it back to the original position many times daily. It can be tiresome for nurses because in a day, they need to treat many patients in the hospital. Thus, many devices have been invented to assist the nurses in their daily work routines. This research is focusing on developing a nurse following mobile robot that follows and carries medical items. The mobile robot is integrated with microcontroller, Global Positioning System (GPS) module, digital compass module and Bluetooth module. To use the robot, the nurse firstly needs to connect her smartphone to the robot through Bluetooth connection. Once the connection is established, the robot will start to follow the nurse. The robot can carry a maximum load of 5 kg and uses two direct current geared motors and a caster wheel to move.
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基于gps的智能护士跟随机器人的研制
医院护士定期用手推车给病人送去药品和保健用品。他们需要推或拉手推车到病人的床上,然后,每天需要多次把它拉回原来的位置。这对护士来说是很烦人的,因为在一天内,他们需要在医院里治疗很多病人。因此,发明了许多设备来帮助护士进行日常工作。此次研究的重点是开发一种护士跟随移动机器人,它可以跟随并携带医疗物品。该移动机器人集成了微控制器、全球定位系统(GPS)模块、数字罗盘模块和蓝牙模块。要使用机器人,护士首先需要将智能手机通过蓝牙连接到机器人上。一旦连接建立,机器人将开始跟随护士。该机器人可以携带5公斤的最大负载,并使用两个直流齿轮马达和一个脚轮来移动。
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