As a new generation of Internet, the Internet of the traditional telecommunications network has realized the real world digitalization, the application range is very extensive, and there is a prominent performance, market and in the fields of industrial control, medical electronics, smart home, smart office we are well known. The application prospects are very broad, attracting a large number of engineers' eyes, and the project program based on the Internet of Things is endless. Calibration Circuit City is a popular Internet of Things program, and how to subvert the traditional circuit design.
1. Based on the Bluetooth network network network
The project combines Raspberry PI 3 Model B +, RADBEACON DOT, and WOLKABOT IOT Platform to report the existence of the discovered Bluetooth devices. As long as you can access the Bluetooth device address, you can use the device other than REDBEACON DOT. The discovery of the Bluetooth device will be completed within the time interval for each user-defined time. If the discovered device list contains the user-defined address, the existence or absence of information is sent to the cloud.
Project Links: https://www.cirmall.com/circuit/11987#/details
Be
2, Internet of Things remote data monitoring system based on STM32 single-chip microcomputer
The system uses the STM32 single-chip microcomputer, collects temperature and humidity data, and the temperature and humidity data is uploaded to China Mobile Internet Cloud Platform OneNet, and the data is displayed, and the directive is issued by the GPRS module through the GPRS module. Transmission, thereby controlling the relay on the board to achieve remote control functions. Collection data is not limited to temperature and humidity ...
Project Link: https://www.cirmall.com/circuit/12315#/details
Be
3, multi-function 2.4G radio frequency network gateway
The system supports USB power supply and PWRDC header. 5V - 9VDC input is supported. Any way to supply power. Using USB can directly connect to the computer to carry out the data communication with the host computer or the STC core CPU program. The button is used for system reset or burn the STC core CPU program. Short press trigger. With 2G communication, there is no need to connect the Ethernet cable. In the outdoor case, unlimited remote data communications and GPS positioning can be achieved. A traffic card is required. In the case of indoors or with Ethernet support, connect the unexpected network cable to support remote data communication. No traffic card is required. 2.4G Regional wireless communication, 2.4GHz communication function of the system, can implement data interaction with other 2.4G devices. Implementation of control, data acquisition, label statistics, etc. The NRF chip requires an additional dedicated downloader overbucks.
Project link: https://www.cirmall.com/circuit/12012#/details
Be
4. Plant Soil Monitor - Internet of Things Equipment for Checking Ocean Plant Humidity
I have a lot of plant babies in my family, I like to take care of them. But just like a normal child; I prefer my 3D printer and game hobbies, leading to me forgetting to water for plant babies. Therefore, I tried to create a simple project to monitor my indoor plant's health, with the following requirements:
Low cost: I don't want to spend a lot of money to monitor.
Low power: If I don't remember watering the plant, I may not remember charging the battery.
Easy to develop, deploy, and monitor.
Avoid using power cord / cable whenever possible.
Project Link: https://www.cirmall.com/circuit/11589#/details
Be
5, GLO: IoT smart light
The GLO is developed using the Internet of Things Development Board ESP8266 and the Drag and End Networking Cloud Platform.
Glo is more than just a lamp, you can change it to any of your favorite, while Glo can act as a security monitor in your home when you are not there. You can monitor GLO through the Cayenne Web App, and Mobile Application.
This project was completed for two days. Write the second day encoding and wiring circuits on the second day, design the outer casing and test.
GLO will provide you with the perfect environment!
Light is only valid at night. But it is really helpful. I like warm light, just like the color of the flame.
Project link: https://www.cirmall.com/circuit/10648#/details
Be
6, intelligent network control power board
The project is to want to be a network control power board with dimming function. ESP8266 has always been the preferred tool for the IoT project because it is cheap and supports increasing. The project contains two ways to create an internet connection power board ...
Project Link: https://www.cirmall.com/circuit/10526#/details
Be
7. Internet of Things Home Automation System Based on Android APP
In the past few years, smart homes have become very popular and popular vocabulary. Many people try to propose their own smart home architecture, but most people lack integrated intelligent home equipment. Safety is also the main problem in the intelligent home architecture. Some communication technologies used by these smart home architecture include Bluetooth, GSM, ZigBee, and more. All these architectures have their own advantages and disadvantages. In the last year of my project, I tried to implement an integrated smart home architecture that can be monitored by simple and easy-to-use mobile applications. In addition, all systems will interconnect and will add voice commands to control devices within a particular range.
Project Link: https://www.cirmall.com/circuit/9737#/details
Be
8, IoT wild
Function Description:
18V solar charging, 12 lithium battery.
All peripheral modules use interface ports, support high voltage package interface, motor interface, UV lamp interface, temperature and humidity sensor interface, light sensor interface, battery storage open interface
Rain drops detection interface. 485 Communication interface.
Has real time RTC clock.
LCD liquid crystal display, display working parameters (operating current voltage, etc.), operating mode, set working parameters.
Support remote APP control, GPS remote positioning.
Project Link: https://www.cirmall.com/circuit/11779#/details
Be
9. Use the Evive DIY based fingerprint attendance system
The project will show you how to make DIY fingerprint attendance systems.
Now you can easily track attendance and clock working hours through this easy and interesting DIY fingerprint scanner! We will use thisGSpeak to store and retrieve data. What you need is just a piece of cardboard, some colorful paper, a fingerprint sensor, Evive!
Project link: https://www.cirmall.com/circuit/11870#/details
Be
10, IoT project based on NodeMCU: local area meteorological monitoring station
Will you see weather applications? For example, when you open it, you will know weather conditions such as temperature, humidity. These readings are the average of a large area, so if you want to know the exact parameters related to your room or your field, you can't just rely on weather applications. To this end, let us continue to make weather stations with high premise, give us accurate and reliable data. This NodeMCU-based IoT project monitors and uploads the surrounding environmental weather related data, such as pressure, temperature, humidity, thermal index, and altitude.
Project Link: https://www.cirmall.com/circuit/11488#/details
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