Tuya Smart AI voice infrared remote control solution requires no code development. The firmware is configured when creating the product. The purchased module platform will have the firmware burned into it, and the peripheral circuit is very simple.
The voice function requires permission from platform staff .
The 3D model was fortunately obtained during the live broadcast of Jialichuang Zhuhai Factory, so there is no 3D file.
It is a completely solid model, drilled and grooved with a hand drill, and can be used perfectly after painting.
Infrared transmitter + isolation column + heat shrink tube , using network cable as lead, thin enough to support, and can adjust the direction at will. Hida feels pretty decent about himself.
The infrared transmitter does not need to be facing directly to control the device, and it can also be controlled if it is placed sideways in the video demonstration.
The IR receiver board in the video is in another project of mine.
The buttons are rarely used, and the finished membrane switches are used. The button functions are just right, and they are not obtrusive when attached to the model.
It adopts 5V power supply and uses a separate TYPE-C female base module, which is convenient for opening holes and the position is adjustable, and the interface just extends out of the shell.
The PCB board is 66mm long and 50mm wide, and the reserved through holes for the speakers can actually be eliminated.
There is no need to learn infrared frequently. The infrared receiver is placed at the bottom. The acrylic plate does not affect infrared learning. The bottom indicator light can transmit light through the acrylic side during network distribution.
The microphone recognition is very sensitive after testing. The speaker is a 4 ohm 3W cavity speaker with a volume of 80% for the best effect. After the installation is completed, the picture is as follows
Finally, let’s take a big picture of the C position. After waking up, the LED light of the energy source on the chest lights up.
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