Bluesense 4 Bluetooth#
# Important : Check the baud rate of your bluetooth module.
Bluesense 4 pro#
Follow the steps.ġ) Take the Uno and Gently remove the Atmel IC chip (Atmel 328P) from the IC base.Ģ) Wire the Uno And Promini as the schematic showsĤ) Go to Tools > Board > Arduino Pro or Pro Mini Use an Arduino Uno for programming The Pro Mini. I did not have a Pro mini Programmer so I went with the second option. There are two options : 1) Purchase a pro mini programmerĢ) Use an Arduino Uno for programming The Pro Mini
Bluesense 4 code#
We have upload the code (download the files below) to the Arduino pro mini. The temperature sensor has to be kept out(of the casing) (using jumpers) so that it shows the correct temperature. Temperature Sensor: Half of the display was left blank, so I thought to add a LM35 sensor which displays current temperature of the room. Just in case something gets wrong and the parts get damaged, there's always an option to swap them. Removable Parts : All parts (Arduino, LCD, LM35 sensor, HC05 BT module) are mounted on resp. A 5V relay can be powered directly from the Arduino power rail, thus eliminating the need to provide separate rails(tracks). (will be covered in next steps).ĥ Volt Relay : Though costly, these relay will add to a compact unit. Although programming these tiny boards is different procedure. Its a small chip that fits perfectly on the PCB saving space and money. Breadboards should be used while prototyping while PCBs serve well in long term.Īrduino Pro Mini: We will be using the Pro Mini. The connections on the breadboard become loose and may come off accidentally. PCB's are more reliable for long term use.
Bluesense 4 professional#
Leave your breadboards! Go for the PCB's! In this project we are going for a professional approach for the build. Any suggestions or queries are welcome in the comments. In return, I'll cook up more Instructables to share with you. If you like this project you can reward me by using your shutter clicking skills by sharing my work to all your friends and voting me. This night inspired me and BlueSense was born. Oh no! The lights had to be switched off :( In that condition walking up to the switches seemed like climbing a mountain. Looking forward to connect! Here is my username for both: at a Glance: Snapchat and Instagram: love to connect with you guys on Snapchat and Instagram, I document the experience, learning lessons and also answer questions on those platforms. Even some have to put on their spectacles so the Big Icons solve the problem. Why? Many of our grandparents don't know to read, so I chose to opt for Icons of the appliances to be controlled. The App I coded has an interactive control panel with big Icons of the respective appliances.
The Interactive App: (Invented with MIT app Inventor) Now they won't have to call someone to turn on the Fans! #LifeMadeEasy The BlueSense is designed in a way that its perfect for old citizens who spend most of the time in their rooms and have difficulty to walk even short distances. Smartphones are always with us all the day, they come with Bluetooth technology. The system can be controlled with smartphones having Bluetooth. Ongoing processes are printed on the LCD panel. Here is my username for both: Smart ! Yes! The BlueSense Automation is a Smart technology with temperature and status indication on a LCD interface. Snapchat and Instagram: I want to connect with you guys on a deeper level, I love answering comments but after a while, it gets difficult to keep track of comments and so I would love to answer any questions you guys have over Snapchat and Instagram. The range of operation for BlueSense is around 8 meters! perfect for a Smart house. Your Smart Room dream is just one touch away! Introducing "BlueSense" - the Smart Room Automation System that one can use to control the appliance in the room using smartphones.
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