Arduino IoT Cloud Remote can be very useful in a variety of use cases where you need to monitor or control regardless of the time or place: - In the field: you can read the data from your soil sensors or start your irrigation system directly from anywhere. ...
归结上述，整个控制运作为：侦测土壤水份→水份过少→驱动帮浦→注水到盆栽内→持续侦测水份→水份足够停止注水。但套件功能不止于此，传感器侦测到的水份数据是可以上传到云端的，亦即Arduino官方的Arduino IoT Cloud，然后可以用计算机浏览器上网观看上传的数据，或者也可以在手机上安装App（即Arduino IoT Cloud Remote）...
Arduino IoT Cloud: Easy for beginners, fast for professionals Based on the Arduino environment familiar to millions of users Quickly build remote sensor monitoring using widgets Connect to a spreadsheet, database, or automate alerts using webhooks ...
对于这个家庭自动化项目,您不需要任何 Echo DOT 或其他 Alexa 设备。 如果NodeMCU 与 WiFi 连接,您还可以通过Arduino IoT Cloud 网络仪表板和Arduino IoT Cloud Remote 移动应用程序控制家电。 带红外遥控和手动开关的控制继电器 您始终可以使用红外遥控和手动开关控制继电器。 我将在以下步骤中解释如何从任何遥控器获取...
当您从 Arduino IoT Cloud Remote 移动应用程序控制继电器时,继电器的当前状态也会在 Amazon Alexa 应用程序中更新。 使用ESP32 的红外遥控继电器 您始终可以从任何红外遥控器控制继电器。 我将在以下步骤中解释如何从任何遥控器获取红外代码(十六进制代码)。
Now we begin what some would consider the real meat of IoT projects: incorporating cloud services to make IoT projects accessible from the Internet. Thus far, we have seen how to use a simplified web server to display information, but this typically requires making the network on which the Mi...
Arduino Cloud IoT。首先，请登录您的Arduino帐户。如果您还没有帐户，请前往Arduino Cloud IoT并创建一...
控制Arduino的利器-Windows Remote Arduino 1. 概述 相信很多朋友已经在玩 Arduino了,而且一般都是使用官方的ArduinoIDE来写程序控制Arduino硬件。为了能够实现更加方便的控制,微软在WindowsIoT计划中推出了Windows Remote Arduino。简单来说,Windows Remote Arduino是一个开源的Windows运行时组件,通过它,我们可以使用蓝牙、...
Arduino IoT Cloud compatible board with nano form factor and extensive connectivity and sensor features ST Partner Program Overview Product Details Associated ST Products Served Countries This compact and reliable Nano board hosts BLE and WiFi connectivity, making this board a true IoT champion. ...
*/ void initProperties() { ArduinoCloud.setThingId("ARDUINO-THING-ID"); ArduinoCloud.addProperty(led, WRITE, ON_CHANGE, onLedChange); ArduinoCloud.addProperty(seconds, READ, ON_CHANGE); } /* ... */ WiFiConnectionHandler ArduinoIoTPreferredConnection("SECRET_SSID", "SECRET_PASS");...