Dengue fever has become an increasingly significant health threat worldwide. Currently, due to lack of specific treatment or vaccine against dengue, vector control, which is available in many forms, remains a key strategy for dengue fever prevention. Hence, we introduce an iAMR: Intelligent Auto-Dispenser Mosquito Repellent, an innovative system in line with “Industry 4.0” concept where it includes current trend of automation and data exchange. It also includes cyber-physical systems, the Internet of things, cloud computing and cognitive computing. The iAMR solves the issues of when to spray (by auto-spray using sensor) and long live batteries (with LORAWAN technology). When combined with the mini aerosol (X’MOS), it provides an even more effective mosquito control. This all-in-one system ensures a mosquito-free environment in your home. The iAMR device relies on the microcontroller and sensor in order to operate the intended spraying task. The microcontroller used is an IoT based device called ESP8266 which is a WiFi-embedded microcontroller that utilized standard everyday WiFi band frequency which is at 2.4 GHz. A DC geared motor sensor for dispenser device is used. The main contribution of iAMR is to monitor and track for the mosquito repellant (X’MOS) to be refilled. The implementation shows the iAMR system able to update the level of each X’MOS in iAMR devices which reducing the cost of manual human checking for X’Mos refill.

登革热已成为全球日益严重的健康威胁。目前，由于缺乏针对登革热的特定治疗方法或疫苗，以多种形式提供的病媒控制仍然是预防登革热的关键策略。因此，我们推出了 iAMR: Intelligent Auto-Dispenser Mosquito Repellent，这是一个符合“工业 4.0”概念的创新系统，其中包括当前的自动化和数据交换趋势。它还包括网络物理系统、物联网、云计算和认知计算。iAMR 解决了何时喷涂（通过使用传感器自动喷涂）和长寿命电池（使用 LORAWAN 技术）的问题。当与迷你气雾剂 (X'MOS) 结合使用时，它可以提供更有效的蚊子控制。这种多合一系统可确保您家中的无蚊环境。iAMR 设备依靠微控制器和传感器来执行预期的喷涂任务。所使用的微控制器是一种名为 ESP8266 的基于物联网的设备，它是一种 WiFi 嵌入式微控制器，它利用 2.4 GHz 的标准日常 WiFi 频带频率。使用用于分配器装置的直流减速电机传感器。iAMR 的主要贡献是监测和跟踪要重新填充的驱蚊剂 (X'MOS)。该实施表明，iAMR 系统能够更新 iAMR 设备中每个 X'MOS 的级别，从而降低人工检查 X'Mos 再填充的成本。所使用的微控制器是一种名为 ESP8266 的基于物联网的设备，它是一种 WiFi 嵌入式微控制器，它利用 2.4 GHz 的标准日常 WiFi 频带频率。使用用于分配器装置的直流减速电机传感器。iAMR 的主要贡献是监测和跟踪要重新填充的驱蚊剂 (X'MOS)。该实施表明，iAMR 系统能够更新 iAMR 设备中每个 X'MOS 的级别，从而降低人工检查 X'Mos 再填充的成本。所使用的微控制器是一种名为 ESP8266 的基于物联网的设备，它是一种 WiFi 嵌入式微控制器，它利用 2.4 GHz 的标准日常 WiFi 频带频率。使用用于分配器装置的直流减速电机传感器。iAMR 的主要贡献是监测和跟踪要重新填充的驱蚊剂 (X'MOS)。该实施表明，iAMR 系统能够更新 iAMR 设备中每个 X'MOS 的级别，从而降低人工检查 X'Mos 再填充的成本。